EAGLE TREE SYSTEMS
Premier Gadgets for Radio Controlled Models
eLogger V4
The easy way to Monitor your Model's Power System!
Wireless Telemetry for Flying Models
Deluxe Wireless Telemetry for Flying Models
FPV Items
OSD Pro
EagleEyes
Stabilization
New! Standalone G-Force, Altimeter and Airspeed Sensors
Wireless Telemetry for Model Boats
Model Sailplane Variometers and Data Loggers
Wireless Telemetry for Model Cars
Eagle Tree Apparel
Friday, December 23, 2011
Eagle Eyes FPV Station
Eagle Eyes FPV Station
The price for Eagle Eyes FVP Station is about $80, you can get Eagle Eyes FVP Station at Tower Hobbies, OmniModels,eBay or Newegg.
EagleEyesTM FPV Station
The EagleEyesTM FPV Station integrates four of the main components you need for Model Airplane FPV on the ground, at a cost that's lower than many of the individual components presently available
The price for Eagle Eyes FVP Station is about $80, you can get Eagle Eyes FVP Station at Tower Hobbies, OmniModels,eBay or Newegg.
EagleEyesTM FPV Station
The EagleEyesTM FPV Station integrates four of the main components you need for Model Airplane FPV on the ground, at a cost that's lower than many of the individual components presently available
fpvflying Featured FPV/UAV flying Equipment
fpvflying Featured FPV/UAV flying Equipment
Step down PSU 3.3v 5v 9v 12v
Hugin UAV platform (H-tail) $359
RC Flight Stabilization system and RTH unit $334
FY30A Inertial Attitude Stabilizer $125
Mugin 3m UAV platform (TT-tail) $1995
Easy OSD 1.5 $98
Skywalker belly protection GF $22
FY 21 stabilizer RTH without OSD $249
Easy OSD 1.5
The CE OSD is small in size, light weight and plug & play.
This OSD is fully automatic without any manual setup; it adapts to 5 or 10 Hz GPS as well as PAL and NTSC video signal input. RSSI (receiver signal strength identification) is also realized on this tiny OSD.
The OSD requires 6.5-12.6v to operate. The power supply is connected to the camera/transmitter plugs on the OSD, so if you are using a 5V camera, the 5V power must bypass the OSD completely. If you have a 5V camera plugged in to the power connection on the OSD, and you plug the OSD into your main flight battery, you could damage your camera and your video transmitter.
Step down PSU 3.3v 5v 9v 12v
Hugin UAV platform (H-tail) $359
RC Flight Stabilization system and RTH unit $334
FY30A Inertial Attitude Stabilizer $125
Mugin 3m UAV platform (TT-tail) $1995
Easy OSD 1.5 $98
Skywalker belly protection GF $22
FY 21 stabilizer RTH without OSD $249
Easy OSD 1.5
The CE OSD is small in size, light weight and plug & play.
This OSD is fully automatic without any manual setup; it adapts to 5 or 10 Hz GPS as well as PAL and NTSC video signal input. RSSI (receiver signal strength identification) is also realized on this tiny OSD.
The OSD requires 6.5-12.6v to operate. The power supply is connected to the camera/transmitter plugs on the OSD, so if you are using a 5V camera, the 5V power must bypass the OSD completely. If you have a 5V camera plugged in to the power connection on the OSD, and you plug the OSD into your main flight battery, you could damage your camera and your video transmitter.
fpvflying top seller FY 20 A RC Flight Stabilization System
fpvflying top seller FY 20 A RC Flight Stabilization System
FY 20 A RC Flight Stabilization System
The price is $115
FY-20A can work in the three modes
Working voltage: 4.0~6.0 Volt
Electric current: 52mA (5V)
FY 20 A RC Flight Stabilization System
The price is $115
FY-20A can work in the three modes
Working voltage: 4.0~6.0 Volt
Electric current: 52mA (5V)
FPV at FPVflying
FPV at FPVflying
FPVflying is located in Hong Kong.FPVflying mainly ship directly from Asia to provide the best prices on FPV products
They have :
FPV Quadrocoptor
Accessories & Parts
FPV OSD for rc airplane
UAV Autopilots
FPV video camera
FPV UAV RC modelplanes
Wireless audio video transmitter for FPV
Wireless audio video receiver for FPV
LRS long range FPV system
Antenna video link
FPV video Goggles glasses
Head Tracking System
RC Gyro stabilizer
FPV RC Accessories
Batteries for FPV flying
FPV UAV flying Tags
1.5 ghz 1280 Mhz 2.4 ghz 5.8 ghz AHRS Antenna Autopilot av transmitter av video battery brusless cam Camera camera stabilization CODFM datalink Digital Easy osd EC 1.5 EPO foam Filter. lowpass fpv fpv platform FPVraptor Fy 606 Fy21 AP fy21 stabilizer fy21ap FY30 FY30A Fy31ap FY3ZT GCS ground station gyro Helicopter Hugin IMU kx131 Lawmate LC filter lipo long range OSD pan tilt Pan-tilt patch Platform Quadro Quadrocopter rc receiver skywalker Stabilization stabilizer switch transmitter uav Vee antenna video video camera Video link Video receiver video transmitter Vtx wing wireless x650 X650 V8 x8 xaircraft Xaircraft 650
http://www.fpvflying.com
FPVflying is located in Hong Kong.FPVflying mainly ship directly from Asia to provide the best prices on FPV products
They have :
FPV Quadrocoptor
Accessories & Parts
FPV OSD for rc airplane
UAV Autopilots
FPV video camera
FPV UAV RC modelplanes
Wireless audio video transmitter for FPV
Wireless audio video receiver for FPV
LRS long range FPV system
Antenna video link
FPV video Goggles glasses
Head Tracking System
RC Gyro stabilizer
FPV RC Accessories
Batteries for FPV flying
FPV UAV flying Tags
1.5 ghz 1280 Mhz 2.4 ghz 5.8 ghz AHRS Antenna Autopilot av transmitter av video battery brusless cam Camera camera stabilization CODFM datalink Digital Easy osd EC 1.5 EPO foam Filter. lowpass fpv fpv platform FPVraptor Fy 606 Fy21 AP fy21 stabilizer fy21ap FY30 FY30A Fy31ap FY3ZT GCS ground station gyro Helicopter Hugin IMU kx131 Lawmate LC filter lipo long range OSD pan tilt Pan-tilt patch Platform Quadro Quadrocopter rc receiver skywalker Stabilization stabilizer switch transmitter uav Vee antenna video video camera Video link Video receiver video transmitter Vtx wing wireless x650 X650 V8 x8 xaircraft Xaircraft 650
http://www.fpvflying.com
RCGroups for R/C community
RCGroups for R/C community
RCGroups is the most active R/C community on the Internet. There are many experts at RCGroups.
RCGroups
http://www.rcgroups.com/video-piloting-fpv-rpv-469/
RCGroups is the most active R/C community on the Internet. There are many experts at RCGroups.
RCGroups
http://www.rcgroups.com/video-piloting-fpv-rpv-469/
FPV at fpvhobby
FPV at fpvhobby
Fpvhobby has the following fpv products:
Accessory
Antenna
Camera
Combo system
DIY System
FPV Airplane
LCD Googles
OSD & Telemetry
Quadrocopter
RC Radio
Receiver
RTU Wireless Cam.
They're selling :
RTU WIRELESS CAMERA,Ready to use gHz Wireless Camera $74
RTU WIRELESS CAMERA,Ready to use Wireless Camera $79
95 cm CARBON HEXA FRAME,FULL CARBON 95 cm HEXACOPTER BODY $449
3 WAY Camera switch,You can install 3 camera to your Airplane. $20
1S LiPo Charger
V5.1 SKYWALKER FPV Airplane $100
AIO LCD GOOGLESBuilt-in Headtracker, 640 * 480 resolution, Dual Rx built-in $430
Fpvhobby have a RC and FPV shop in Istanbul / Turkey since 2004,Online payment is made through PayPal.
Fpvhobby has the following fpv products:
Accessory
Antenna
Camera
Combo system
DIY System
FPV Airplane
LCD Googles
OSD & Telemetry
Quadrocopter
RC Radio
Receiver
RTU Wireless Cam.
They're selling :
RTU WIRELESS CAMERA,Ready to use gHz Wireless Camera $74
RTU WIRELESS CAMERA,Ready to use Wireless Camera $79
95 cm CARBON HEXA FRAME,FULL CARBON 95 cm HEXACOPTER BODY $449
3 WAY Camera switch,You can install 3 camera to your Airplane. $20
1S LiPo Charger
V5.1 SKYWALKER FPV Airplane $100
AIO LCD GOOGLESBuilt-in Headtracker, 640 * 480 resolution, Dual Rx built-in $430
Fpvhobby have a RC and FPV shop in Istanbul / Turkey since 2004,Online payment is made through PayPal.
Tuesday, December 20, 2011
Adding a Dashboard for FPV Piloting
Adding a Dashboard for FPV Piloting
Dashboards are a cheaper way of gaining basic on-board information like battery voltage, altitude, air speed, heading, etc... viewable through the FPV pilots camera rather then using a more expensive OSD. Dashboards can be anything you want it to be and are usually some type of monitoring/metering of the aircraft/vehicle viewed through the pilot cam. They are mainly mounted in front of the camera where a pilot can see the info at a glance or mounted a little below the cameras view where a pilot can tilt the camera down to see the information.
Most often FPV pilots use a common LED bar type display to monitor the voltage of a battery which is very useful on long flights. There are all kinds of different monitoring an FPV pilot can do with a dashboard in view. I've seen things like a small bubble compass mounted on the aircrafts nose that worked for heading and as a bank indicator. A piece of thin plastic strip with a red tip taped on the nose as a speed indicator and the list goes on...and what attracts me to a dashboard is the simple and cost affective way to gain the aircrafts basic info without having a OSD or using much battery power or if any at all.
When looking at adding a Dashboard keep in mind that you must be able to see it in bright sunlight and some displays may not be readable with the suns glare. Some pilots have mounted visors to their dashboards protecting from the sun glare. Others have found ways to sink the dashboard into the fuselage or nose adding even more protection. Also the dashboard or monitoring/metering devices don't have to be mounted on the nose, as you could place it anywhere that you can pan/tilt your pilot camera for observing the info when needed. Other things to consider is the focus of close by objects and most FPV pilots have their focus set at a further distance rather then up-close or macro so keep your dashboard mounted far enough from the camera to be viewable. This is another reason I go with large basic displays.
Dashboards are a cheaper way of gaining basic on-board information like battery voltage, altitude, air speed, heading, etc... viewable through the FPV pilots camera rather then using a more expensive OSD. Dashboards can be anything you want it to be and are usually some type of monitoring/metering of the aircraft/vehicle viewed through the pilot cam. They are mainly mounted in front of the camera where a pilot can see the info at a glance or mounted a little below the cameras view where a pilot can tilt the camera down to see the information.
Most often FPV pilots use a common LED bar type display to monitor the voltage of a battery which is very useful on long flights. There are all kinds of different monitoring an FPV pilot can do with a dashboard in view. I've seen things like a small bubble compass mounted on the aircrafts nose that worked for heading and as a bank indicator. A piece of thin plastic strip with a red tip taped on the nose as a speed indicator and the list goes on...and what attracts me to a dashboard is the simple and cost affective way to gain the aircrafts basic info without having a OSD or using much battery power or if any at all.
When looking at adding a Dashboard keep in mind that you must be able to see it in bright sunlight and some displays may not be readable with the suns glare. Some pilots have mounted visors to their dashboards protecting from the sun glare. Others have found ways to sink the dashboard into the fuselage or nose adding even more protection. Also the dashboard or monitoring/metering devices don't have to be mounted on the nose, as you could place it anywhere that you can pan/tilt your pilot camera for observing the info when needed. Other things to consider is the focus of close by objects and most FPV pilots have their focus set at a further distance rather then up-close or macro so keep your dashboard mounted far enough from the camera to be viewable. This is another reason I go with large basic displays.
FPF GPS OSD
GPS with OSD (On-Screen Display) is a tool for FPV piloting. The GPS unit is connected to a OSD and overlays the info on the FPV pilots monitor or Goggles, usually in the corners of the screen.
Most companies that produce OSDs for RC come with or have an available GPS module and data loggers that connect easily to their OSD board which is what I would recommend to keep the hook-up simpler. Data Loggers like Eagle Tree Systems eLogger v3/v4 are necessary componets nowadays. Data loggers have hook ups for hardware and sensors like OSD, GPS, RPM, Temp, Speed, Altitude, Battery volts, Stabilization etc...and then can be overlaid on the viewing monitor.
There's also OSD's stabilization that have artificial horizons sensors that will help the FPV pilot with more info on climb, descent rates, level flight and amount of banking in a turn. This part of the display will be helpful when flying through fog, dust, low clouds and my favorite...Night Flights.
In order for you to see the GPS and sensor info on your screen all you need to do is connect the FPV camera to the "video in" and connect the wireless transmitter to the "video out", along with connecting the GPS /sensors If needed). This will allow the info to be overlaid on your screen. Then supply the recommended power and that's it. This is the basic OSD but they can be much more complicated if using RTH due to programing but even still it's not that difficult.
Most companies that produce OSDs for RC come with or have an available GPS module and data loggers that connect easily to their OSD board which is what I would recommend to keep the hook-up simpler. Data Loggers like Eagle Tree Systems eLogger v3/v4 are necessary componets nowadays. Data loggers have hook ups for hardware and sensors like OSD, GPS, RPM, Temp, Speed, Altitude, Battery volts, Stabilization etc...and then can be overlaid on the viewing monitor.
There's also OSD's stabilization that have artificial horizons sensors that will help the FPV pilot with more info on climb, descent rates, level flight and amount of banking in a turn. This part of the display will be helpful when flying through fog, dust, low clouds and my favorite...Night Flights.
In order for you to see the GPS and sensor info on your screen all you need to do is connect the FPV camera to the "video in" and connect the wireless transmitter to the "video out", along with connecting the GPS /sensors If needed). This will allow the info to be overlaid on your screen. Then supply the recommended power and that's it. This is the basic OSD but they can be much more complicated if using RTH due to programing but even still it's not that difficult.
Monday, December 19, 2011
5.8GHz500Mv Wireless Video Head Tracking Sensor AIO Goggles FPV System RC PLANE
5.8GHz500Mv Wireless Video Head Tracking Sensor AIO Goggles FPV System RC PLANE
A: 5.8G 500mW transmitter ,4000m + range,aerial wireless transmitter is working in 5645-5945MHz ISM band of the FM audio and video transmitter module. Single-chip module design, the chip integrates VCO, PLL, broadband FM video modulation, FM audio modulation, low power consumption, small size, the module; module to patch package, takes a very small machine space.The application of this module is simple simply connected power supply, audio cable, video cable, connect the antenna can launch voice, image signal
B:Manipulate people wearing the AIO GOGGLES ,The A/V receiver and virtual real-time large-screen display is built-in the AIO GOGGLES ;
C: AIO GOGGLES connect with the RC Transmitter with a data cable, RC Transmitter supply power to the AIO GOGGLES ;
D:Along with the AIO GOGGLES tracking signal output to the RC Transmitter , the AIO GOGGLES tracking signal and the RC Transmitter control signal received by the receiver in the RC Aircraft ;
E:Camera captured images and sound transmitters to the sky by the A/V Transmitter,Then,AIO GOGGLES can receive video and audio within a certain range,the Manipulate people can see the images from the virtual real-time large-screen display built-in the AIO GOGGLES, and hear the sound from the earphone built-in the AIO GOGGLES ;
Applications
Rc Hobbies ,Hong safety
remote control aircraft
remote spacecraft
remote control toy;
A: 5.8G 500mW transmitter ,4000m + range,aerial wireless transmitter is working in 5645-5945MHz ISM band of the FM audio and video transmitter module. Single-chip module design, the chip integrates VCO, PLL, broadband FM video modulation, FM audio modulation, low power consumption, small size, the module; module to patch package, takes a very small machine space.The application of this module is simple simply connected power supply, audio cable, video cable, connect the antenna can launch voice, image signal
B:Manipulate people wearing the AIO GOGGLES ,The A/V receiver and virtual real-time large-screen display is built-in the AIO GOGGLES ;
C: AIO GOGGLES connect with the RC Transmitter with a data cable, RC Transmitter supply power to the AIO GOGGLES ;
D:Along with the AIO GOGGLES tracking signal output to the RC Transmitter , the AIO GOGGLES tracking signal and the RC Transmitter control signal received by the receiver in the RC Aircraft ;
E:Camera captured images and sound transmitters to the sky by the A/V Transmitter,Then,AIO GOGGLES can receive video and audio within a certain range,the Manipulate people can see the images from the virtual real-time large-screen display built-in the AIO GOGGLES, and hear the sound from the earphone built-in the AIO GOGGLES ;
Applications
Rc Hobbies ,Hong safety
remote control aircraft
remote spacecraft
remote control toy;
FPV 5.8Ghz WIRELESS Micro CAMERA 25mW + RC 305 Receiver
FPV 5.8Ghz WIRELESS Micro CAMERA 25mW + RC 305 Receiver
Wireless Micro Camera Specs:
Photographing device: 1/3 video sensor
System: PAL/NTSC
Effective pixels: PAL: 628*582 NTSC
Scanning Frequency: PAL: 50Hz NTSC:60Hz
Transmitter frequency: 5705MHz - 5945MHz; 8channels
Wireless Camera transmitting power: 25mW
Minimum illumination: 3 LUX/F1.2
Transmission Signal: Video & Audio
Sensitivity: +18DB-AGCON-OFF
Power Source: DC 5V to DC 8V
Power Consumption: max 200mW
Foxtech 5.8Ghz Receiver Unit Specs:
FPV 5.8G A/V receiving unit
2 Video OUTPUT (Composite Video Jack x 2)
Power Source: 7v to 12v DC
Receiving current: 100mA
Receiver channel number: 8-ch
Wireless Micro Camera Specs:
Photographing device: 1/3 video sensor
System: PAL/NTSC
Effective pixels: PAL: 628*582 NTSC
Scanning Frequency: PAL: 50Hz NTSC:60Hz
Transmitter frequency: 5705MHz - 5945MHz; 8channels
Wireless Camera transmitting power: 25mW
Minimum illumination: 3 LUX/F1.2
Transmission Signal: Video & Audio
Sensitivity: +18DB-AGCON-OFF
Power Source: DC 5V to DC 8V
Power Consumption: max 200mW
Foxtech 5.8Ghz Receiver Unit Specs:
FPV 5.8G A/V receiving unit
2 Video OUTPUT (Composite Video Jack x 2)
Power Source: 7v to 12v DC
Receiving current: 100mA
Receiver channel number: 8-ch
FPV introduction
FPV introduction
FPV is short for First Person View and/or First Person Video. Typically a UAV will be controlled by a autopilot/UAV system with the flight pre-programed with a PC based software. The user will pre-program waypoints and then the UAV will fly autonomous to the set waypoints. With FPV a pilot will do most of the flying by a wireless video camera system and normally has no autopilot. A GPS unit can be a useful device when used with an RC aircraft along with a On Screen Display (OSD) and Data Loggers. It overlays the GPS info over video so the pilot can see the displayed information on the their viewing screen. The FPV pilot gains information on his/her aircrafts location, speed, altitude, heading, battery power, motor rpm's
Not a good idea or recommended to use one of those eBay cheapy wireless cameras systems.No goggles are needed and some pilots don't like to wear them like pilots that wear glasses. Good monitors can be used just fine for viewing.
Head Tracking (HT) is mainly used with pan/tilt servos with a camera attached on the aircraft. Mounting the Head Tracker to video goggles will allow the FPV pilot to control the camera with their head movements
You should Practice safe flying and operation of model craft while in FPV Piloting "mode". It's important to use good quality components.Aircraft maximum weight and speed limited to FAA guidelines.
FPV is short for First Person View and/or First Person Video. Typically a UAV will be controlled by a autopilot/UAV system with the flight pre-programed with a PC based software. The user will pre-program waypoints and then the UAV will fly autonomous to the set waypoints. With FPV a pilot will do most of the flying by a wireless video camera system and normally has no autopilot. A GPS unit can be a useful device when used with an RC aircraft along with a On Screen Display (OSD) and Data Loggers. It overlays the GPS info over video so the pilot can see the displayed information on the their viewing screen. The FPV pilot gains information on his/her aircrafts location, speed, altitude, heading, battery power, motor rpm's
Not a good idea or recommended to use one of those eBay cheapy wireless cameras systems.No goggles are needed and some pilots don't like to wear them like pilots that wear glasses. Good monitors can be used just fine for viewing.
Head Tracking (HT) is mainly used with pan/tilt servos with a camera attached on the aircraft. Mounting the Head Tracker to video goggles will allow the FPV pilot to control the camera with their head movements
You should Practice safe flying and operation of model craft while in FPV Piloting "mode". It's important to use good quality components.Aircraft maximum weight and speed limited to FAA guidelines.
Future Hobbies
Future Hobbies
Future Hobbies is the premier source for on-board video systems and related R/C products.Future Hobbies was founded by RC enthusiasts of more than 20 years.
Future Hobbies is selling Eagletree OSD Pro at $240. And Future Hobbies has ImmersionRC Duo5800,FVH 9 1000PRO,Scherrer TX V5 PRO,KX-600SHQ Hi-RES CCD Camera,Mondo 500MW Fan-Cooled AVD (5.8Ghz).
It seems that Future Hobbies is new to facebook, only 3 people like Future Hobbies at facebook.
Future Hobbies is the premier source for on-board video systems and related R/C products.Future Hobbies was founded by RC enthusiasts of more than 20 years.
Future Hobbies is selling Eagletree OSD Pro at $240. And Future Hobbies has ImmersionRC Duo5800,FVH 9 1000PRO,Scherrer TX V5 PRO,KX-600SHQ Hi-RES CCD Camera,Mondo 500MW Fan-Cooled AVD (5.8Ghz).
It seems that Future Hobbies is new to facebook, only 3 people like Future Hobbies at facebook.
Thursday, December 15, 2011
FPVLAB forums - FPV Without The Interference
FPVLAB forums - FPV Without The Interference
They have :
THE AIRPORT
THE HANGAR: rc tech, hangar queens...
They talk about ReadyMadeRC,ImmersionRC,FPV-JAPAN,Team-Black Sheep,FPVMANUALS,Video Aerial Systems,TrueRC Canada,Urban Drones.
They have :
THE AIRPORT
THE HANGAR: rc tech, hangar queens...
They talk about ReadyMadeRC,ImmersionRC,FPV-JAPAN,Team-Black Sheep,FPVMANUALS,Video Aerial Systems,TrueRC Canada,Urban Drones.
Knurrus Maximus FPV build and my general ramble about it
Knurrus Maximus FPV build and my general ramble about it
The last few months I have been saving every penny to build my lastest FPV machine. This is my 5th fpv plane build (may they RIP) and I am hoping to take a lot that I have learnt from previous builds to this one. One thing I have done that I am not pleased about is the location of the GPS. It was meant to be on the other side of the wing but so far my testing shows no ill effects.
Since I have a very limited budget I have had to go cheap in some areas. Some parts I have taken from other planes. I really wanted to try the Zephyr 2 but getting it here to Germany would cost around $200 if not more after tax. Luckily I found the Knurrus Maximus FPV.
I really wanted to try out a good budget motor that had the same kind of specs as the hackler 30L. I went for the HK sk3 turnigy 3542 1185kv. I am sure it won't be as comparable in quality but it is a cheap knock off. So far with a 10 x 7 folding prop I have tested it to 375 watts on S3 batteries.
This was my first thoughts on the layout. Mind the servos as they were just stand-ins. I was waiting for the HS-645MG to arrive. Small budget means I have to buy gear slowly. To get to this point has taken 3 months
Spars arrived as did the motor. I have 3mm spars along the LE and 4mm in the middle. This was done top and bottom.
Motor mount in and holes cut out for where the gear was going in. This plane was going to have the simple osd xl in it but after some testing I decided to go with the dosd. My lovely twinstar gave up the required electronics (DOSD, LC filter, current sensor, GPS and LRS receiver). It needed rewiring anyway!
This is where i am up to. I am using S3 batteries as my budget just doesn't stretch to buying more batteries this year. All up so far it comes in with 2 x S3 3300 mah nano - tech batteries at 1497 grams. I still need to cover it with some light fiberglass in some areas. Light paint job, add servo connection, wing tips and lam. I am sure the weight will add on. I am now at the stage where I am testing the osd and everything else. I have found one wiring issue but it pretty east to solve. So far I have made a battery connection that goes over the top to the batteries. After flight testing of the cg I am going to sink the batteries into the foam and cut a channel to the bay.
I hate wiring hell so I have cut all cables to length. Only thing I really need the bay for is the osd and anything later that I might want to add. The baro is sunk into the foam on the side. The +ve and -ve from the esc will be cut short after all testing.
This is how I sorted my transmitter. This is 2.4ghz but I wanted to be able to change it out quickly with my 5.8ghz. The cover on the end holds the antenna upright. Helps with the quick change over since I need to use CP antennas on 5.8ghz.
Receiver with the chainlink from the twinstar. I am adding a discovery buzzer to the place where the servos should go. I am going to unsolder one set of wires and set the buzzer on a spare channel. It will be turned off on default but I will use a switch as to turn it on and off when I want. Also during failsafe it will be turned on. This might work as planned as I see a few what ifs when connecting it in. This is what the testing stage is about .... I will get it working in some fashion.
that is all so far. Busy weekend with family so I hope to get stuck in again next week.
The last few months I have been saving every penny to build my lastest FPV machine. This is my 5th fpv plane build (may they RIP) and I am hoping to take a lot that I have learnt from previous builds to this one. One thing I have done that I am not pleased about is the location of the GPS. It was meant to be on the other side of the wing but so far my testing shows no ill effects.
Since I have a very limited budget I have had to go cheap in some areas. Some parts I have taken from other planes. I really wanted to try the Zephyr 2 but getting it here to Germany would cost around $200 if not more after tax. Luckily I found the Knurrus Maximus FPV.
I really wanted to try out a good budget motor that had the same kind of specs as the hackler 30L. I went for the HK sk3 turnigy 3542 1185kv. I am sure it won't be as comparable in quality but it is a cheap knock off. So far with a 10 x 7 folding prop I have tested it to 375 watts on S3 batteries.
This was my first thoughts on the layout. Mind the servos as they were just stand-ins. I was waiting for the HS-645MG to arrive. Small budget means I have to buy gear slowly. To get to this point has taken 3 months
Spars arrived as did the motor. I have 3mm spars along the LE and 4mm in the middle. This was done top and bottom.
Motor mount in and holes cut out for where the gear was going in. This plane was going to have the simple osd xl in it but after some testing I decided to go with the dosd. My lovely twinstar gave up the required electronics (DOSD, LC filter, current sensor, GPS and LRS receiver). It needed rewiring anyway!
This is where i am up to. I am using S3 batteries as my budget just doesn't stretch to buying more batteries this year. All up so far it comes in with 2 x S3 3300 mah nano - tech batteries at 1497 grams. I still need to cover it with some light fiberglass in some areas. Light paint job, add servo connection, wing tips and lam. I am sure the weight will add on. I am now at the stage where I am testing the osd and everything else. I have found one wiring issue but it pretty east to solve. So far I have made a battery connection that goes over the top to the batteries. After flight testing of the cg I am going to sink the batteries into the foam and cut a channel to the bay.
I hate wiring hell so I have cut all cables to length. Only thing I really need the bay for is the osd and anything later that I might want to add. The baro is sunk into the foam on the side. The +ve and -ve from the esc will be cut short after all testing.
This is how I sorted my transmitter. This is 2.4ghz but I wanted to be able to change it out quickly with my 5.8ghz. The cover on the end holds the antenna upright. Helps with the quick change over since I need to use CP antennas on 5.8ghz.
Receiver with the chainlink from the twinstar. I am adding a discovery buzzer to the place where the servos should go. I am going to unsolder one set of wires and set the buzzer on a spare channel. It will be turned off on default but I will use a switch as to turn it on and off when I want. Also during failsafe it will be turned on. This might work as planned as I see a few what ifs when connecting it in. This is what the testing stage is about .... I will get it working in some fashion.
that is all so far. Busy weekend with family so I hope to get stuck in again next week.
Wednesday, December 14, 2011
The best prodcuts at nghobbies
The best prodcuts at nghobbies
Nghobbies is the good choice for Canada FPVers. They have good cameras like :Speciality Cameras,5V Cameras,12V Cameras,Camera Mounts. Nghobbies is reselling OSD Solutions for Avionics RC,Dragonlabs,Eagle Tree Systems,Immersion RC,NeoControls,Remzibi. The Autopilots at nghobbies are Full Ardupilot Mega Kit and ArduStation.
Nghobbies ARF FPV Video :
500mW 900MHz ARF Kit,$100
LM 100mW 2.4Ghz Combo, $85
LM 100mW 1.2GHz Combo, $85
Nghobbies FPV Transmitters are 900Mhz,1.2GHz,1.3Ghz,2.4GHz,5.8GHz.
Video Recorders PV-500 is the worlds smallest Personal Digital Video Recorder.
FPV Receivers are 900Mhz,1.2GHz,1.3Ghz,2.4GHz,5.8GHz,Diversity
New Generation Hobbies is an INTERNET ONLY store.
Nghobbies is the good choice for Canada FPVers. They have good cameras like :Speciality Cameras,5V Cameras,12V Cameras,Camera Mounts. Nghobbies is reselling OSD Solutions for Avionics RC,Dragonlabs,Eagle Tree Systems,Immersion RC,NeoControls,Remzibi. The Autopilots at nghobbies are Full Ardupilot Mega Kit and ArduStation.
Nghobbies ARF FPV Video :
500mW 900MHz ARF Kit,$100
LM 100mW 2.4Ghz Combo, $85
LM 100mW 1.2GHz Combo, $85
Nghobbies FPV Transmitters are 900Mhz,1.2GHz,1.3Ghz,2.4GHz,5.8GHz.
Video Recorders PV-500 is the worlds smallest Personal Digital Video Recorder.
FPV Receivers are 900Mhz,1.2GHz,1.3Ghz,2.4GHz,5.8GHz,Diversity
New Generation Hobbies is an INTERNET ONLY store.
FPV at nghobbies
FPV at nghobbies
New Generation Hobbies was founded in 2007 as a partnership. Nghobbies is registered and located in Ontario, Canada. With nghobbies products and services,nghobbies target the general hobby consumer all over the world. nghobbies are manufacturers and resellers of hobby products.
FPV products
FPV Accessories
FPV Cameras, Parts
OSD Solutions
Autopilots
ARF FPV Video
FPV Transmitters
FPV Receivers
Video Goggles
Video Recorders
Rc Models
Simulators
New Generation Hobbies is the first Canadian web store located in Ontario, and dedicated to FPV (First Person View) flying.
The best sellers are :
LM 1000mW 1.2Ghz Combo
LM 500mW 2.4Ghz Combo
LM 500mW 1.2 Ghz Combo
500mW 900MHz ARF Kit
LM 1000mW 2.4Ghz Combo
AeroSIM RC Training Simulator
EasyStar ARF Electric RC Airplane
TwinStar II ARF Electric RC
LM 100mW 2.4Ghz Combo
Full Ardupilot Mega Kit
Contact them by:
New Generation Hobbies
14-3650 Langstaff Rd., Suite 225
L4L 9A8, Woodbridge
Ontario, Canada
Tel: (416) 642-6830
http://www.nghobbies.com
New Generation Hobbies was founded in 2007 as a partnership. Nghobbies is registered and located in Ontario, Canada. With nghobbies products and services,nghobbies target the general hobby consumer all over the world. nghobbies are manufacturers and resellers of hobby products.
FPV products
FPV Accessories
FPV Cameras, Parts
OSD Solutions
Autopilots
ARF FPV Video
FPV Transmitters
FPV Receivers
Video Goggles
Video Recorders
Rc Models
Simulators
New Generation Hobbies is the first Canadian web store located in Ontario, and dedicated to FPV (First Person View) flying.
The best sellers are :
LM 1000mW 1.2Ghz Combo
LM 500mW 2.4Ghz Combo
LM 500mW 1.2 Ghz Combo
500mW 900MHz ARF Kit
LM 1000mW 2.4Ghz Combo
AeroSIM RC Training Simulator
EasyStar ARF Electric RC Airplane
TwinStar II ARF Electric RC
LM 100mW 2.4Ghz Combo
Full Ardupilot Mega Kit
Contact them by:
New Generation Hobbies
14-3650 Langstaff Rd., Suite 225
L4L 9A8, Woodbridge
Ontario, Canada
Tel: (416) 642-6830
http://www.nghobbies.com
Tuesday, December 13, 2011
FPV at ReadyMadeRC
FPV at ReadyMadeRC
They have :
ReadyMade FPV Systems
Camera/Transmitter Combos
Pan/Tilt and Pod Systems
Aircraft
Aircraft Parts
MultiRotor (Quad/Other)
Individual Components
AeroSIM RC Flight Simulator
Danish Aviation TSLRS Systems
DragonLabs Equipment
Eagle Tree Systems
Feiyu Tech
Flytron Equipment
FoxTech Products
GoPro Cameras and Accessories
Iftron Technologies Systems
ImmersionRC Systems
Lawmate Equipment
Logo Wear
Skylark FPV
They have a facebook page :
http://www.facebook.com/pages/ReadyMadeRC-LLC/111805418849384
It's owned by Tim Stanfield, AKA Mr.Pibb, here is the introduct:
http://www.readymaderc.com/store/index.php?main_page=page&id=1&zenid=g3vh4miqpnrp89rh14atdpe4n2
FPV is the acronym derived from the term "first person view". It has become the standard term used for piloting RC (remote controlled) aircraft or other RC vehicles remotely using wireless video downlinks. Another term commonly used is RPV, or "remotely piloted vehicle".
There are some Manuals about :
Board Camera Back Plate
Duo2400
DX201 Back Plate
Eagle Eyes Pan/Tilt
Easy Antenna Tracker Pan/Tilt
Easy Glider Pod
Easy Star Build Guide
Easy Star Pod
FPV Starter Sets
Go Pro Tilt
Go Pro Pan/Tilt Kit
L-C Filter
Outrunner Motor Mount
OSD Camera Back Plate
Pan/Tilt Module
Basic Pan/Tilt Kit
Radian Pod Kit
Small Camera Back Plate
SSV3 Servo Stretcher
Telemaster Pod Kit
Tiny Telemetry
Twin Star Pod Kit
They have :
ReadyMade FPV Systems
Camera/Transmitter Combos
Pan/Tilt and Pod Systems
Aircraft
Aircraft Parts
MultiRotor (Quad/Other)
Individual Components
AeroSIM RC Flight Simulator
Danish Aviation TSLRS Systems
DragonLabs Equipment
Eagle Tree Systems
Feiyu Tech
Flytron Equipment
FoxTech Products
GoPro Cameras and Accessories
Iftron Technologies Systems
ImmersionRC Systems
Lawmate Equipment
Logo Wear
Skylark FPV
They have a facebook page :
http://www.facebook.com/pages/ReadyMadeRC-LLC/111805418849384
It's owned by Tim Stanfield, AKA Mr.Pibb, here is the introduct:
http://www.readymaderc.com/store/index.php?main_page=page&id=1&zenid=g3vh4miqpnrp89rh14atdpe4n2
FPV is the acronym derived from the term "first person view". It has become the standard term used for piloting RC (remote controlled) aircraft or other RC vehicles remotely using wireless video downlinks. Another term commonly used is RPV, or "remotely piloted vehicle".
There are some Manuals about :
Board Camera Back Plate
Duo2400
DX201 Back Plate
Eagle Eyes Pan/Tilt
Easy Antenna Tracker Pan/Tilt
Easy Glider Pod
Easy Star Build Guide
Easy Star Pod
FPV Starter Sets
Go Pro Tilt
Go Pro Pan/Tilt Kit
L-C Filter
Outrunner Motor Mount
OSD Camera Back Plate
Pan/Tilt Module
Basic Pan/Tilt Kit
Radian Pod Kit
Small Camera Back Plate
SSV3 Servo Stretcher
Telemaster Pod Kit
Tiny Telemetry
Twin Star Pod Kit
FPV at dpcav
FPV at dpcav
Their featured products are :
Guardian Stabilizer for OSD-PRO $55
Oracle Video Diversity Controller $160
2.4GHz Patch Antenna, +8dBi $38
Wireless Video Transmitter & OSD, FPV Package Deal $400
Tracking Antenna Pan/Tilt Kit $90
Mini FPV Servo with 180°-260° Travel, 12g ,$21
RSSI Meter Kit (Assembled),$35
FY-30A Pro R/C Inertial Stabilizer System, $130
Ultra T-Connector with BEC Power Tap, $6
They're located in USA:
Digital Products Company
134 Windstar Circle
Folsom, CA 95630 USA
USA Tel: +916-985-7219
USA Fax: +916-985-8460
You can send email to them by support2009@dpcav.com
Theire International Orders: Customs Declaration Policy
Due to USA export laws, we are unable to declare artificially low customs values on orders shipped outside the USA. Also, we are required to declare our exports as a commercial shipment.Their advertised prices do NOT include international VAT (taxes).
www.dpcav.com
Their featured products are :
Guardian Stabilizer for OSD-PRO $55
Oracle Video Diversity Controller $160
2.4GHz Patch Antenna, +8dBi $38
Wireless Video Transmitter & OSD, FPV Package Deal $400
Tracking Antenna Pan/Tilt Kit $90
Mini FPV Servo with 180°-260° Travel, 12g ,$21
RSSI Meter Kit (Assembled),$35
FY-30A Pro R/C Inertial Stabilizer System, $130
Ultra T-Connector with BEC Power Tap, $6
They're located in USA:
Digital Products Company
134 Windstar Circle
Folsom, CA 95630 USA
USA Tel: +916-985-7219
USA Fax: +916-985-8460
You can send email to them by support2009@dpcav.com
Theire International Orders: Customs Declaration Policy
Due to USA export laws, we are unable to declare artificially low customs values on orders shipped outside the USA. Also, we are required to declare our exports as a commercial shipment.Their advertised prices do NOT include international VAT (taxes).
www.dpcav.com
Monday, December 12, 2011
ReadyMadeRC
ReadyMadeRC
ReadyMadeRC offer HIGH QUALITY FPV (First Person View) and R/C equipment. I have my own custom FPV pods for many aircraft, plus high quality antenna trackers are available as well. I also offer ReadyMade FPV starter systems with everything you need to get a good video downlink for FPV flying.
Why buy from the other shops where you're likely to get cobbled together systems with over-rated power outputs and confusing wiring systems, not to mention your order may not ship for days. I hand pick my equipment to be only the highest quality, and offer many options for easy hookup of the various cameras and transmitters I sell. Not to mention I take care of my customers and I ship my products within 1 business day typically, usually on the same day! Warranty issues? No need to ship your items to China if there's a problem, I take care of my customers.
ReadyMadeRC has:
Goggles FPV Starter Package: 5.8GHz
Ultimate FPV Starter Package: 1.2-1.3GHz Lawmate
Advanced FPV Starter Package: 1.3GHz, $270
Advanced FPV Starter Package: 2.4GHz, $330
Advanced FPV Starter Package: 900MHz
Custom FPV Starter Package: 5.8GHz, $500
The Bestsellers are :
Advanced FPV Starter Package: 1.3GHz
Ultimate FPV Starter Package: 1.2-1.3GHz Lawmate
and Advanced FPV Starter Package: 900MHz.
You can join their forums at :
http://fpvlab.com/forums/forumdisplay.php?21-ReadyMadeRC
ReadyMadeRC offer HIGH QUALITY FPV (First Person View) and R/C equipment. I have my own custom FPV pods for many aircraft, plus high quality antenna trackers are available as well. I also offer ReadyMade FPV starter systems with everything you need to get a good video downlink for FPV flying.
Why buy from the other shops where you're likely to get cobbled together systems with over-rated power outputs and confusing wiring systems, not to mention your order may not ship for days. I hand pick my equipment to be only the highest quality, and offer many options for easy hookup of the various cameras and transmitters I sell. Not to mention I take care of my customers and I ship my products within 1 business day typically, usually on the same day! Warranty issues? No need to ship your items to China if there's a problem, I take care of my customers.
ReadyMadeRC has:
Goggles FPV Starter Package: 5.8GHz
Ultimate FPV Starter Package: 1.2-1.3GHz Lawmate
Advanced FPV Starter Package: 1.3GHz, $270
Advanced FPV Starter Package: 2.4GHz, $330
Advanced FPV Starter Package: 900MHz
Custom FPV Starter Package: 5.8GHz, $500
The Bestsellers are :
Advanced FPV Starter Package: 1.3GHz
Ultimate FPV Starter Package: 1.2-1.3GHz Lawmate
and Advanced FPV Starter Package: 900MHz.
You can join their forums at :
http://fpvlab.com/forums/forumdisplay.php?21-ReadyMadeRC
FPV at dpcav
FPV at dpcav
dpcav is a good place for FPV. There are many FPV products at dpcav. Such as :
Replacement FPV Pan/Tilt Brackets with Servos
Video Camera Cable for 5.8GHz/200mW Transmitter: This lightweight video cable is used to connect the FPVCAM-540 and DPC-420A/480A/540A OSD cameras to the TX5.8-200 5.8GHz A/V transmitter.
Pro-Series Cable for DPC-420A/480A/540A Camera :This cable is used to connect the DPC-420A, DPC-480A, DPC-540A, or FPVCAM-540 video camera to the TX905-PRO 900MHz A/V transmitter.
USB Cable for EagleEyes FPV Station
EagleEyes FPV Station / Antenna Tracking Controller
GoProHD Camera Cable, Video Only
R/C Controlled Dual Camera Switch
Replacement Pan/Tilt Brackets for CMOS FPVCAM-420
FPV Pod Pan & Tilt Kit for ParkZone Radian
FPV Pod Pan & Tilt Kit for EasyGlider Pro
2.8mm Lens for FPVCAM-420 Camera
FY-30A Pro R/C Inertial Stabilizer System
Mini FPV Servo with 180°-260° Travel, 12g
5.8GHz Micro Wireless Camera
Wireless Video Transmitter & OSD, FPV Package Deal
dpcav is a good place for FPV. There are many FPV products at dpcav. Such as :
Replacement FPV Pan/Tilt Brackets with Servos
Video Camera Cable for 5.8GHz/200mW Transmitter: This lightweight video cable is used to connect the FPVCAM-540 and DPC-420A/480A/540A OSD cameras to the TX5.8-200 5.8GHz A/V transmitter.
Pro-Series Cable for DPC-420A/480A/540A Camera :This cable is used to connect the DPC-420A, DPC-480A, DPC-540A, or FPVCAM-540 video camera to the TX905-PRO 900MHz A/V transmitter.
USB Cable for EagleEyes FPV Station
EagleEyes FPV Station / Antenna Tracking Controller
GoProHD Camera Cable, Video Only
R/C Controlled Dual Camera Switch
Replacement Pan/Tilt Brackets for CMOS FPVCAM-420
FPV Pod Pan & Tilt Kit for ParkZone Radian
FPV Pod Pan & Tilt Kit for EasyGlider Pro
2.8mm Lens for FPVCAM-420 Camera
FY-30A Pro R/C Inertial Stabilizer System
Mini FPV Servo with 180°-260° Travel, 12g
5.8GHz Micro Wireless Camera
Wireless Video Transmitter & OSD, FPV Package Deal
What you will need to get for FPV
What you will need to get for FPV
Small light weight security type color cameras like the KX-131(5 volts), SN555 (12 volts) WD600N (Hi-Res 12v) CCD imager is preferred. Available from site like:(ReadyMadeRC.com) ( DPCAV.com) (www.nghobbies.com) (www.futurehobbies.com) and now (HobbyKing.com)
There are 2 types of camera imaging sensors used, CMOS and CCD. Both have positives and negatives for FPV. Most CMOS will adjust to brightness and contrast for each pixel giving a better picture then CCD, along with using slightly less power. The CMOS camera draw back is it scans each image line by line which can cause waves or ripples in the video if there are vibrations from the aircraft. Also sudden turns or movements can look less natural.
CCD cameras are more popular with FPV pilots because they capture the image frame by frame which allows for better picture when there's vibrations and quick movements. They handle low light conditions better then CMOS and have more pixels for the size (more pixels the better the resolution/clearer picture). The draw back is they consume more power along with blurring when going from dark to bright objects like ground to sky (CCD cameras like the WD600N don't have this issue). 5 volts and 12 volts systems are common. Some prefer 5 volts because of the other electronics they are powering use the same voltage like servos and such so they might share the power source (not recommended). Also most 12volt cameras are really stepped down to 5 volts with a built in regulator.
12 volt cameras are popular because a separate power source like a 3cell 11.1 volt lipo battery easily powers the system along with the video transmitters which now are mostly 12 volts. 12 volt systems are becoming the most popular and are recommended.
2. Wireless video Transmitter and a matching Receiver (ReadyMadeRC.com) (DPCAV.com) (www.nghobbies.com) (www.futurehobbies.com) (hobbyking.com)
There are a few frequency bands to choose from when it comes to purchasing a wireless video system, 900MHz, 1.3ghz, 2.4GHz and the newer 5.8GHz.
Most popular video transmitter as of now is the 900MHz with 500 milliwatts due to the fact it has more range at the same power draw as the other bands. Gets around obstacles better then the other frequencies like trees and buildings. Works with all RC radios and the newer 2.4gHz radios like Spektrum/Futaba/JR without causing interference. The draw back is some countries do not allow 900MHz for public use so 1.3GHz or 5.8GHz is recommended. Milliwatts are important for range so if your going to fly at a far distance then 500mw is going to allow for 1-3 miles/2 km Line-of-Sight, where 10mw will give you much less like 200-300 yards. Some countries do not allow more then 10mw so check your local laws. Wireless video sellers well also have a matching receiver to go along with the frequency you choose.
3. A monitor 7" display or larger. The larger the monitor the better. Or video goggles with a minimum resolution of 640x480 if you plan on using an OSD and want to be able to read the text clearly. Most popular are "Fat Shark" and "Head-Play" brands. If using a monitor you will need to block out the sun light from hitting the screen. Most FPV pilots build an enclosure like a shoe box around the display and then cut a opening for viewing. (note: Fat Sharks are 2.4ghz wireless goggles so there not recommended when using 2.4ghz radios.)
4. A separate battery to run the video equipment inside the aircraft is highly recommended. Using the aircraft's battery can make for poor video and if the battery runs out you will lose your video feed (Video Drop Out) making it impossible to see where the aircraft might land/crash. Try to keep all your wireless video equipment using the same voltage like all 5volts or all 12volts, most companies have both. 12 volt systems make the most sense because a 3s 11.1 volt lipo can power these systems without having to use a voltage regulator like 5 volt systems need. It's not recommended to power 5 volt wireless gear with the radio RX power source even though they have the same voltage. Doing this may cause glitching and/or shorter radio range.
Not all wireless systems are "Plug N Play" so some soldering skills maybe needed depending on what you purchase. Some systems come with bulky RCA/BNC stereo/TV connectors which most serious FPV pilots like to replace with smaller, lighter servo type connectors especially if space and weight are a issue. Most FPV plug n play systems use servo connectors that match what most OSD's and data loggers use.
Small light weight security type color cameras like the KX-131(5 volts), SN555 (12 volts) WD600N (Hi-Res 12v) CCD imager is preferred. Available from site like:(ReadyMadeRC.com) ( DPCAV.com) (www.nghobbies.com) (www.futurehobbies.com) and now (HobbyKing.com)
There are 2 types of camera imaging sensors used, CMOS and CCD. Both have positives and negatives for FPV. Most CMOS will adjust to brightness and contrast for each pixel giving a better picture then CCD, along with using slightly less power. The CMOS camera draw back is it scans each image line by line which can cause waves or ripples in the video if there are vibrations from the aircraft. Also sudden turns or movements can look less natural.
CCD cameras are more popular with FPV pilots because they capture the image frame by frame which allows for better picture when there's vibrations and quick movements. They handle low light conditions better then CMOS and have more pixels for the size (more pixels the better the resolution/clearer picture). The draw back is they consume more power along with blurring when going from dark to bright objects like ground to sky (CCD cameras like the WD600N don't have this issue). 5 volts and 12 volts systems are common. Some prefer 5 volts because of the other electronics they are powering use the same voltage like servos and such so they might share the power source (not recommended). Also most 12volt cameras are really stepped down to 5 volts with a built in regulator.
12 volt cameras are popular because a separate power source like a 3cell 11.1 volt lipo battery easily powers the system along with the video transmitters which now are mostly 12 volts. 12 volt systems are becoming the most popular and are recommended.
2. Wireless video Transmitter and a matching Receiver (ReadyMadeRC.com) (DPCAV.com) (www.nghobbies.com) (www.futurehobbies.com) (hobbyking.com)
There are a few frequency bands to choose from when it comes to purchasing a wireless video system, 900MHz, 1.3ghz, 2.4GHz and the newer 5.8GHz.
Most popular video transmitter as of now is the 900MHz with 500 milliwatts due to the fact it has more range at the same power draw as the other bands. Gets around obstacles better then the other frequencies like trees and buildings. Works with all RC radios and the newer 2.4gHz radios like Spektrum/Futaba/JR without causing interference. The draw back is some countries do not allow 900MHz for public use so 1.3GHz or 5.8GHz is recommended. Milliwatts are important for range so if your going to fly at a far distance then 500mw is going to allow for 1-3 miles/2 km Line-of-Sight, where 10mw will give you much less like 200-300 yards. Some countries do not allow more then 10mw so check your local laws. Wireless video sellers well also have a matching receiver to go along with the frequency you choose.
3. A monitor 7" display or larger. The larger the monitor the better. Or video goggles with a minimum resolution of 640x480 if you plan on using an OSD and want to be able to read the text clearly. Most popular are "Fat Shark" and "Head-Play" brands. If using a monitor you will need to block out the sun light from hitting the screen. Most FPV pilots build an enclosure like a shoe box around the display and then cut a opening for viewing. (note: Fat Sharks are 2.4ghz wireless goggles so there not recommended when using 2.4ghz radios.)
4. A separate battery to run the video equipment inside the aircraft is highly recommended. Using the aircraft's battery can make for poor video and if the battery runs out you will lose your video feed (Video Drop Out) making it impossible to see where the aircraft might land/crash. Try to keep all your wireless video equipment using the same voltage like all 5volts or all 12volts, most companies have both. 12 volt systems make the most sense because a 3s 11.1 volt lipo can power these systems without having to use a voltage regulator like 5 volt systems need. It's not recommended to power 5 volt wireless gear with the radio RX power source even though they have the same voltage. Doing this may cause glitching and/or shorter radio range.
Not all wireless systems are "Plug N Play" so some soldering skills maybe needed depending on what you purchase. Some systems come with bulky RCA/BNC stereo/TV connectors which most serious FPV pilots like to replace with smaller, lighter servo type connectors especially if space and weight are a issue. Most FPV plug n play systems use servo connectors that match what most OSD's and data loggers use.
Getting Started with FPV Piloting
Getting Started with FPV Piloting
The Easy Star is one of the best FPV Planes.
Flying Wings can make a nice Fast FPV Platform
If you are new to wireless video the first thing is to purchase a wireless video system that will fit your needs from a good FPV vendor like DPCVA.com,ReadymadeRC.com, etc.... First you must consider what type of FPV piloting you will be doing, long range (2 miles or more) or short range (less then 1 mile). Long range will require more equipment and a powerful wireless transmitter 500-1000mw (milliwatts) where shorter range requires less power like anywhere from 10mw to 300mw. More watts = further distance. For FPV pilots a 500mw system is the most popular since it can have as much as 2-3 miles of range without drawing lots of power like a 1000mw system. It's recommended to have more wireless video range then RC radio range so if you happen to lose the RC link at least you well be able to see the aircraft's view and OSD info. Helpful if the aircraft should go down making retreiving much easier.
We well assume that you already have an RC Plane, Helicopter, Car, Boat, HAM lic. and are familiar with the radio controlled hobby.
If not we suggest you start with a Radio Controlled Aircraft/Vehicle and become good at controlling it before you ever try FPV piloting. Even though some hobbyist may think it's easier to control a RC aircraft/vehicle through the use of FPV it might not be for you.
The Easy Star is one of the best FPV Planes.
Flying Wings can make a nice Fast FPV Platform
If you are new to wireless video the first thing is to purchase a wireless video system that will fit your needs from a good FPV vendor like DPCVA.com,ReadymadeRC.com, etc.... First you must consider what type of FPV piloting you will be doing, long range (2 miles or more) or short range (less then 1 mile). Long range will require more equipment and a powerful wireless transmitter 500-1000mw (milliwatts) where shorter range requires less power like anywhere from 10mw to 300mw. More watts = further distance. For FPV pilots a 500mw system is the most popular since it can have as much as 2-3 miles of range without drawing lots of power like a 1000mw system. It's recommended to have more wireless video range then RC radio range so if you happen to lose the RC link at least you well be able to see the aircraft's view and OSD info. Helpful if the aircraft should go down making retreiving much easier.
We well assume that you already have an RC Plane, Helicopter, Car, Boat, HAM lic. and are familiar with the radio controlled hobby.
If not we suggest you start with a Radio Controlled Aircraft/Vehicle and become good at controlling it before you ever try FPV piloting. Even though some hobbyist may think it's easier to control a RC aircraft/vehicle through the use of FPV it might not be for you.
What is First Person View
What is First Person View
What is First Person View? also known as FPV. The term is used in describing what a person would be seeing if they where there in-person. Example: If you placed a video camera on your forehead and allowed someone to watch your views via wireless video link, they would be watching the First Person Views of what ever your looking at. So the term FPV caught on with the help of one of the pioneers of FPV piloting (cyber-flyer*). With the assistance of a wireless video transmitter and receiver the user will see what the Remote Controlled heli/plane/car sees from the driver/pilot seat. This gives the user a real sense of controlling their aircraft/vehicle in the skies or on the ground. Most of the people who enjoy FPV piloting and do well with it are typically persons who like video simulation games for example... flight simulators, auto racing, etc....Also full-size aircraft pilots seem to pick up FPV piloting with ease. So why not call it "UAV piloting" since they really are UAVs...One reason is with the term FPV there's a general understanding in the RC community that a person is controlling the aircraft movements via watching a wireless video downlink and not a using a PC based flight control system with programed waypoints, altitudes, speed etc...where as most FPV aircraft are not much more then a light weight cheap foam RC plane with a simple wireless camera on board.
First Person View piloting seems to be coming a big part in the future of radio controlled hobbies and this site is here to help others to gain some understanding to get involved. Since FPV piloting is fairly new idea to the RC hobbyist, it maybe difficult to get started. It's a new way to pilot RC and this can make most hobbyist confused when researching for it along with all the information on the net so we'll stick to the basics here. Regardless if FPV piloting is for you or not, we hope you gain some information that will help you in the future with your RC hobby.
We want to help the new FPV pilot who is looking for the fun part of this hobby and not wanting to spend hours or days deciphering all the forum info relating to FPV. You can easily get lost in all the "jibber jabber" and different equipment being used and developed for it.
What is First Person View? also known as FPV. The term is used in describing what a person would be seeing if they where there in-person. Example: If you placed a video camera on your forehead and allowed someone to watch your views via wireless video link, they would be watching the First Person Views of what ever your looking at. So the term FPV caught on with the help of one of the pioneers of FPV piloting (cyber-flyer*). With the assistance of a wireless video transmitter and receiver the user will see what the Remote Controlled heli/plane/car sees from the driver/pilot seat. This gives the user a real sense of controlling their aircraft/vehicle in the skies or on the ground. Most of the people who enjoy FPV piloting and do well with it are typically persons who like video simulation games for example... flight simulators, auto racing, etc....Also full-size aircraft pilots seem to pick up FPV piloting with ease. So why not call it "UAV piloting" since they really are UAVs...One reason is with the term FPV there's a general understanding in the RC community that a person is controlling the aircraft movements via watching a wireless video downlink and not a using a PC based flight control system with programed waypoints, altitudes, speed etc...where as most FPV aircraft are not much more then a light weight cheap foam RC plane with a simple wireless camera on board.
First Person View piloting seems to be coming a big part in the future of radio controlled hobbies and this site is here to help others to gain some understanding to get involved. Since FPV piloting is fairly new idea to the RC hobbyist, it maybe difficult to get started. It's a new way to pilot RC and this can make most hobbyist confused when researching for it along with all the information on the net so we'll stick to the basics here. Regardless if FPV piloting is for you or not, we hope you gain some information that will help you in the future with your RC hobby.
We want to help the new FPV pilot who is looking for the fun part of this hobby and not wanting to spend hours or days deciphering all the forum info relating to FPV. You can easily get lost in all the "jibber jabber" and different equipment being used and developed for it.
BSII OSD
BSII OSD
BSII OSD
GPS Based Telemetry
The Tiniest OSD in the world
Small but really powerfull, this OSD is the perfect solution for the FPV community.
Are you Tired of digging into yout airplane foam to place the FPV equipment?
BSII OSD is the solution for having all the necessary elements that a GPS based navigation systems needs to give but with a ridicolous size and weight. You can place it wherever you want and your plane gravity center will keep the same.
BS II OSD is really plug & Fly, it comes with a fully connector compatible harness cable allow you to plug and enjoy. It has a 3 push buttons built in allow you to setup or start to fly without the need to connect it to the RC receiver.
The OSD has the following features:
Speed
Distance to base
Motor & video battery voltage
Instant motor battery current consumpion
Overall Batery consumption with gauge indicator
Dynamic directional arrow ( return home)
Patch antenna orientation angle
Altitude
Altitude Variometer
Flight time
Configurable alarms including Fail safe interaction
4 Flying screens (including F16 HUB style screen) switchable from your RC transmitter
The OSD is ready for antenna patch tracking ( launch TBD)
The BSII OSD RTF kit includes:
Small OSD central unit
50 Amp current sensor
Harness cable (Fully compatible with AvionicsRC/ Fatshark / ImmersionRC Stuff) to connect the OSD with the video tx and the camera without any wire cut
Small 10 Hz GPS modules
BSII OSD
GPS Based Telemetry
The Tiniest OSD in the world
Small but really powerfull, this OSD is the perfect solution for the FPV community.
Are you Tired of digging into yout airplane foam to place the FPV equipment?
BSII OSD is the solution for having all the necessary elements that a GPS based navigation systems needs to give but with a ridicolous size and weight. You can place it wherever you want and your plane gravity center will keep the same.
BS II OSD is really plug & Fly, it comes with a fully connector compatible harness cable allow you to plug and enjoy. It has a 3 push buttons built in allow you to setup or start to fly without the need to connect it to the RC receiver.
The OSD has the following features:
Speed
Distance to base
Motor & video battery voltage
Instant motor battery current consumpion
Overall Batery consumption with gauge indicator
Dynamic directional arrow ( return home)
Patch antenna orientation angle
Altitude
Altitude Variometer
Flight time
Configurable alarms including Fail safe interaction
4 Flying screens (including F16 HUB style screen) switchable from your RC transmitter
The OSD is ready for antenna patch tracking ( launch TBD)
The BSII OSD RTF kit includes:
Small OSD central unit
50 Amp current sensor
Harness cable (Fully compatible with AvionicsRC/ Fatshark / ImmersionRC Stuff) to connect the OSD with the video tx and the camera without any wire cut
Small 10 Hz GPS modules
W-Tracker - Wireless Head Tracker
W-Tracker - Wireless Head Tracker
W-Tracker - Wireless Head Tracker
We’re proud present the first world wide wireless head tracker designed for FPV by AvionicsRC.com
Bulit with state of the the art gyros, this headtracker is by far the best Head Tracker we have tested. It has a fine and real movement without drift and the most important part without wires. W-Tracker allows you to fly without wires between your head and your RC transmitter.
Multiple frequencies allow the use of several Trackers simultaneously.
Trainer Port compatibility allows the use of 2 RC transmitters in Master – Slave mode allow Flying in complete safety, while complying with the rules & regulations being put in place in several countries.W- Tracker is fully configurable on the field with an easy setup menu. It's Fully compatible wit your Fatshark video glasses (power shared)
W-Tracker is tested and used for Futaba FF7, FF8, FF9, 9ZAP, 12Z, 14MZ, WFly and it comes with the standard
trainer connector, we’ve customers that adapt very easily to other transmitter brands like Graupner / Multiplex / JR
Features:
- Wireless head trackr using 433 Mhz ISM band - 10 Channels availble
- Power up systems ready with Fatshark video googles
- Master / Slave compatibility allow to fly and use it following some countries FPV legislation
-PPM Feedback allow to inject 2 channels into your radio PPM stream, dont waste 2 channels of your RC transmitter for the pan/tilt
- No Drift
- PPM+ / PPM-
Set includes:
- W-Tracker TX unit
- W-Tracker RX unit
- Power cable jack Fatshark compatible
- Master / Slave Cable
W-Tracker - Wireless Head Tracker
We’re proud present the first world wide wireless head tracker designed for FPV by AvionicsRC.com
Bulit with state of the the art gyros, this headtracker is by far the best Head Tracker we have tested. It has a fine and real movement without drift and the most important part without wires. W-Tracker allows you to fly without wires between your head and your RC transmitter.
Multiple frequencies allow the use of several Trackers simultaneously.
Trainer Port compatibility allows the use of 2 RC transmitters in Master – Slave mode allow Flying in complete safety, while complying with the rules & regulations being put in place in several countries.W- Tracker is fully configurable on the field with an easy setup menu. It's Fully compatible wit your Fatshark video glasses (power shared)
W-Tracker is tested and used for Futaba FF7, FF8, FF9, 9ZAP, 12Z, 14MZ, WFly and it comes with the standard
trainer connector, we’ve customers that adapt very easily to other transmitter brands like Graupner / Multiplex / JR
Features:
- Wireless head trackr using 433 Mhz ISM band - 10 Channels availble
- Power up systems ready with Fatshark video googles
- Master / Slave compatibility allow to fly and use it following some countries FPV legislation
-PPM Feedback allow to inject 2 channels into your radio PPM stream, dont waste 2 channels of your RC transmitter for the pan/tilt
- No Drift
- PPM+ / PPM-
Set includes:
- W-Tracker TX unit
- W-Tracker RX unit
- Power cable jack Fatshark compatible
- Master / Slave Cable
800mw 5,8 Ghz Video TX 32 Channels
800mw 5,8 Ghz Video TX 32 Channels
A powerfull Audio / Video Transmitter with a highly stable video signal. Fatshark headset all channels compatible.
An state of the art transmitter designed by the FPV dedicated company AvionicsRc.com
The only dedicated FPV TX with selectable voltage out for powering 12V or 5V video Cameras
Specifications:
5.8 GHz band frequency A/V transmitter
Compact size module, high output power (800mw)
32 Channels selectable
Highly integrated circuit
5-channels DIP switch selectable
Transmissions frequency:
Nominal output impedance: 50 ohms
Operating voltage: Vcc, 6V (minimum), 12V (typical), 20V (maximum) , It could be power up with 2s or 3s
Voltage Out to camera: 12V or 5V (selectable by jumper)
5V with Jumper
12V without jumper if TX is powered with 3S
Supply current
Vcc = 12V: 450mA (typical), 500mA (maximum)
Video input voltage
75-ohm impedance: 1Vp-p
Audio input voltage
10k ohm impedance: 1Vp-p
Operation temperature: -10 to 40 degrees Cº
Dimension and weight
Excluding SMA connector: 50 x 28 x 8mm, 20g
Including SMA connector : 30g
Packaging includes:
800mw video transmitter
AV / power adapter cable
3dbi antenna
Note:
This transmitter is totally compatible in all 7 channels of Fatshark video googles in 5.8 Ghz edition
A powerfull Audio / Video Transmitter with a highly stable video signal. Fatshark headset all channels compatible.
An state of the art transmitter designed by the FPV dedicated company AvionicsRc.com
The only dedicated FPV TX with selectable voltage out for powering 12V or 5V video Cameras
Specifications:
5.8 GHz band frequency A/V transmitter
Compact size module, high output power (800mw)
32 Channels selectable
Highly integrated circuit
5-channels DIP switch selectable
Transmissions frequency:
Nominal output impedance: 50 ohms
Operating voltage: Vcc, 6V (minimum), 12V (typical), 20V (maximum) , It could be power up with 2s or 3s
Voltage Out to camera: 12V or 5V (selectable by jumper)
5V with Jumper
12V without jumper if TX is powered with 3S
Supply current
Vcc = 12V: 450mA (typical), 500mA (maximum)
Video input voltage
75-ohm impedance: 1Vp-p
Audio input voltage
10k ohm impedance: 1Vp-p
Operation temperature: -10 to 40 degrees Cº
Dimension and weight
Excluding SMA connector: 50 x 28 x 8mm, 20g
Including SMA connector : 30g
Packaging includes:
800mw video transmitter
AV / power adapter cable
3dbi antenna
Note:
This transmitter is totally compatible in all 7 channels of Fatshark video googles in 5.8 Ghz edition
FPV
FPV
FPV, remote-person view (RPV), or simply video piloting, is a method used to control a radio controlled model vehicle from the driver or pilot's view point.Most commonly it is used to pilot an unmanned aerial vehicle (UAV) or a radio-controlled aircraft. The vehicle is either driven or piloted remotely from a first person perspective via an onboard camera, fed wirelessly to virtual reality goggles or a video monitor. More sophisticated setups include a pan-and-tilt gimbaled camera controlled by a gyroscope sensor in the pilot's goggles and with dual onboard cameras, enabling a true stereoscopic view.
FPV, remote-person view (RPV), or simply video piloting, is a method used to control a radio controlled model vehicle from the driver or pilot's view point.Most commonly it is used to pilot an unmanned aerial vehicle (UAV) or a radio-controlled aircraft. The vehicle is either driven or piloted remotely from a first person perspective via an onboard camera, fed wirelessly to virtual reality goggles or a video monitor. More sophisticated setups include a pan-and-tilt gimbaled camera controlled by a gyroscope sensor in the pilot's goggles and with dual onboard cameras, enabling a true stereoscopic view.
Subscribe to:
Comments (Atom)