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Head Office in North Bay

30 Roundel Road, North Bay, Ontario, P1C 0B8

Request a Quote

The best at what we do..

* Please Fill Required Fields *
img

Phone

Toll Free : 1-866-206-2267

Working Hours

We are happy to meet you during our working hours. Please make an appointment.

  • Monday - Friday08:00-16:30
  • Saturday - SundayClosed

FrSky New F7 & RXSR F4 Flight Controllers Release

By admin In UAV News

27

Sep
2018

FrSky New RXSR F4 & F7 Flight Controllers Release

http://www.uavos.com/
The FrSky RXSR-FC (OMNIBUS F4 Fireworks) uses the ICM20608 over SPI for the greatest possible flight performance. It’s integrated with the receiver in onboard damping box, and the ICM20608 runs perfectly under 32k Gyro loop. Also onboard are AB7456 OSD and a barometer processor for your Betaflight integrated OSD.

Released at Thu, 27 Sep 2018 10:37:41 +0000

100UAVOS Sitaria evaluation flights

The weight of Sitaria is 35 kg, the wingspan is 5.2 m, the amount of the fuselage is 2.8 m. Flight time using a payload of 4 kg is 3 hours, working altitude is up to 6000 m. The transmission’s range can be around 60 km. A chance to perform research under jamming of the command line channel along with satellite radio navigation signals is provided by the EW countermeasure work. Sitaria fixed-wing drone is a part of this aerial system Sitaria, which includes a floor control system.
UAV Sitaria has a wide selection of rates (stall speed 65 km/h, maximum speed 150 km/h), which enables the aircraft to perform assignments at minimum flight rates near to 70 km/h. For instance, taking into account a tailwind of 6 m/s, the operating speed of the aircraft will be approximately 90 km/h. To match a mission with LIDAR it’s crucial to maintain a speed of the aircraft. When the UAV performs observation while going against the wind, it shall keep shifting upwind speed, and airspeed.
The UAV is equipped with an electric engine, which is more reliable and significantly less noisy; low vibration level doesn’t impact this payload’s steady function.

Of the aircraft.

Vadim Tarasov, board member comments and UAVOS investor: “During monitoring assignments, a wide selection of speeds enables Sitaria fixed-wing drone return back at the optimal speed and to quickly get to the item. Landing and takeoff is carried out. These features affect safety, and also optimize operating costs. ”
The RXSR-FC (OMNINXT F7) supports 3-6s Lipo direct input, built-in BEC for camera / VTX and Power Filter. This FC is designed in order to pair with ESCs to make a combo that was potent, and has pins for individual ESCs.
UAVOS Inc. has completed a series of test flights of a new Sitaria fixed-wing UAV. The new UAV is designed for pictures of terrain space having a radius of around 120 km, for patrol and monitoring assignments. Among other jobs, the aircraft is designed to work with all the LIDAR laser scanning gear.

FrSky RXSR-FC (OMNIBUS F4 Fireworks V2)

SPECIFICATIONS :
The RXSR-FC (OMNIBUS F4 V6) supports 3-6s Lipo direct input, and has 5 components UARTs.


“Technical options supply the high level of reliability, fail-safety and security that’s necessary for performance in varied regions of programs of their UAV,” says Vadim Tarasov.
● STM32 F405 MCU, Runs Betaflight firmware (supported from v3.2)
● FrSky RXSR receiver in damping box
● ICM20608 over SPI Bus in damping box (optional MPU6000)
● 30.5×30.5 mm mounting holes
● Supports Lipo direct plug (3-6S)
● Supports 5V 1A BEC output (Buck)
● Supports 8V 1A BEC using LC filter output for your camera along with VTX (Buck)
● STM32 controls OSD processor over SPI in DMA mode (Betaflight OSD)
● Constructed hallway Current Sensor
● Constructed expert Grade PDB
● More caps to decrease power noise.
FEATURES:
● Tantalum Capacitors may be inserted to the board (not included)
● Solder pads included for VTX and Camera Control (next to Video pads)
● The orientation of IMU FPC optimized
● Gyro ribbon cable redesigned to match without extending outside the board
● Additional an 8v BEC and LC Filter for your camera and VTX electricity
● This board now has 5 UART ports
MORE DETAILS: https://www.frsky-rc.com/product/rxsr-fc-omnibus-f4-fireworks-v2/
FrSky RXSR-FC (OMNINXT F7)
The FrSky RXSR-FC (OMNINXT F7) is developed based on the recently designed NXT structure. It’s integrated with RXSR receiver, also uses the MPU6000 Gyro using an extra ICM20608 on top. Together with the onboard box, the gyros operate under 32k loop period. The NXT includes 6 UARTs and 2 distinct BECs.

Sitaria aeroplane includes a unique aerodynamic design permitting to quickly adjust the wing’s position relative to the fuselage when the payload’s burden changes. The tail weight has a positive effect on stability and the control

The RXSR-FC (OMNIBUS F4 Fireworks) supports 3-6s Lipo direct enter, construct in hallway Current Sensor and Power Filter too. By employing PCB layout the on Board PDB is tweaked. There’s only 0.2-0.5 mohm inner resistance from input to each output pads.
● STM32 F405 MCU, Runs Betaflight firmware (supported from v3.2)
● FrSky RXSR receiver in damping box
● MPU6000 over SPI Bus in damping box
● 30.5×30.5 mm mounting holes
● Supports Lipo direct plug (3-6S)
● Supports 5V 1A BEC output (Buck)
● Supports 8V 1A BEC using LC filter output signal for your camera along with VTX (Buck)
● STM32 controls OSD processor over SPI in DMA mode (Betaflight OSD)
FEATURES:
● RXSR Receiver
● STM32 F4 Processor
● MPU6000 Gyro through SPI
● BMP280 Barometer
● Integrated Betaflight OSD
● 5 UART Ports
● Direct plugin 3-6S Lipo
● Built in LC Filter
● 5V 1000mA BEC
● 8V 1000mA BEC
● More caps to decrease gyro power noise.
MORE DETAILS: https://www.frsky-rc.com/product/rxsr-fc-omnibus-f4-v6/

Released at Thu, 27 Sep 2018 07:05:03 +0000

● F7 MCU processors
● FrSky RXSR receiver in damping box
● Two gyros onboard: MPU6000 for sampling around 8khz and ICM20608 for sampling around 32khz
● 30.5×30.5 mm mounting holes
● Supports 3-6S Lipo
● More caps to decrease power noise
● Constructed 5V 1A BEC output (Buck)
● Constructed 8V 1A BEC using LC filter output signal for your camera along with VTX (Buck)
● STM32 controls OSD processor over SPI in DMA mode (Betaflight OSD)
● Port for easy link to 4-in-1 esc (SH1.0 8P)
● Solder pads included for VTX and Camera Control (next to Video pads)
FEATURES:
● RXSR Receiver
● STM32 F7 MCU Processor
● Gyro #1: MPU6000 8kHz
● Gyro #2: ICM20608 32kHz
● Integrated PDB & OSD (SPI/DMA)
● 6 UART Ports
● Direct plugin 3-6S Lipo
● 5V 1000mA BEC
● 8V 1000mA BEC using LC filter
● 3.3V max. 200mA
MORE DETAILS: https://www.frsky-rc.com/product/rxsr-fc-omninxt-f7/

SPECIFICATIONS :
SPECIFICATIONS :

The FrSky RXSR-FC (OMNIBUS F4 V6) uses the MPU6000 over SPI for its stable flight performance. It’s integrated with all the RXSR receiver in onboard box, also onboard are OSD processor and a barometer for the Betaflight integrated OSD.

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