Channels: | 6 |
---|---|
L/W/H (mm): | 36/22/12 |
Weight (g): | 10 |
With the Hawk 12, Graupner presents a powerful 6-channel receiver featuring an integrated 3-axis gyro and particularly vibration-resistant 3-axis accelerometer, diversity antennas, variometer, and mode for fixed-wing models or rescue mode and orientation mode for helicopters.
With the GRAUPNER HoTT 2.4GHz technology, the receiver has a secure hopping telemetry transmission RF section with high-quality components and state-of-the-art software. The receiver transmits parameters such as “receiver voltage,” “receiver temperature,” “signal strength,” “altitude,” and “height difference (variometer)” to the transmitter without additional sensors. It is also possible to transmit and display the Euler angles on the transmitter.
The antenna amplifier, together with the antenna diversity, ensures an enormous range. The faster 32-bit L4 processor guarantees energy-efficient operation, and the higher performance ensures that the Hawk 12 can also be used as a flybarless system for helicopters and as a flight controller for multirotors. Of course, the integrated Hawk gyro system can also be perfectly utilized for fixed-wing models. There are 4 different gyro modes: OFF, normal stabilization, heading lock, rate mode, and orientation mode. The rate mode allows for knife-edge flying and torque turns without control corrections when set correctly. Extremely fast, easy, and comfortably adjustable via the HoTT transmitter telemetry menu.
Just like its namesake, the falcon, the Hawk 12 embodies determination, power, and precision. Go hunting for the perfect flight with the Hawk.
Flächenmodelle
Stabilization of the model aircraft in difficult wind conditions for up to 3 axes
Natural flight behavior through proportional gyro blending
Difficult-to-handle aerobatic models can be flown very gently with the 3-axis gyro, making aerobatics extremely easy
Aerobatic figures can be flown much cleaner
4 different gyro modes: OFF, normal stabilization, heading lock, rate mode for particularly easy knife-edge flight and simple torque turns, as well as orientation mode
Easy setting of gyro assignments
Parameter adjustment via HoTT telemetry
Software with orientation mode allows for easy landings even in difficult wind conditions
5 free mixers
SUMD output for connection to flybarless systems, flight controllers, or a power box
SUMDIN input for redundant receiver operation
Flybarlesssystem für Helikopter
Rescue mode and orientation mode for helicopters
Basic settings can be done in a few minutes via HoTT telemetry
Fast and innovative axis assignment allows for flexible mounting direction
Extremely space-saving due to size, weight, and elimination of cables, allowing for easy storage
Special vibration-resistant 3-axis sensors of the latest generation
Pirouette optimization of the swashplate and direction of tail rotor torque compensation are automatically detected
Compatible with all common heli swashplates 90/120/135/140 degrees and 90 degrees 4 servos
Adjustable swashplate rotation up to 90 degrees for multi-blade heads
Clear standard and selectable expert menu as needed
Sensitivity parameters during flight can be adjusted based on RPM and style, also flight phase-dependent via sensors
Super fast due to elimination of transmission time from the receiver to the flybarless system
Very direct control feel
Programmierung für Helikopter
Easy programming of basic settings via telemetry
Pirouette optimization is automatically determined from the parameters and works extremely well
Extreme flight stability while maintaining full 3D capability even with basic settings
Effects for tail and swashplate can be easily adjusted via the telemetry menu or selectable sensors
Additional optimization options in expert mode for personal flight style and individual preferences
Extremely easy adjustment of basic settings via telemetry:
Rotor direction
Swashplate type
Swashplate frequency 50...200 Hz
Swashplate direction
Swashplate servo center positions Servo 1...3 (4)
Swashplate cyclic range set to 8°
Swashplate pitch range A/B
Swashplate limit
Swashplate rotation
Tail servo center pulse 760µs, 960µs, 1.5 ms
Tail servo frequency 50...333 Hz
Tail servo neutral position
Rescue pitch
Expo yes/no
Logging for service purposes or for Euler angle display
Expert mode yes/no
Easy gyro axis assignment
Gyro effects for tail and swashplate via telemetry or adjustable sensors
Further parameters can be set in expert mode.
Flight Control für Copter
Copter software Q07 with Dshot controller protocol can be uploaded via software update
Basic settings can be done in a few minutes via the telemetry menu
Fast and innovative axis assignment allows for flexible mounting direction
Special vibration-resistant 3-axis sensors of the latest generation
The housing protects the electronics during crashes. The special double-sided tape also dampens vibrations.
8kHz gyro frequency, multishot, and fast PID control routines as well as new software filters ensure a perfect flight experience.
D-Shot with turtle mode.
Quad type XI (Quadrocopter X with reverse prop rotation), which has proven itself especially in FPV racing, keeping the lens free and the props away from obstacles.
When connecting the GPS sensor S8437 to K5/telemetry and setting K5 to SENSOR, additional functions are available: GPS hold with altitude hold, come home, and waypoint flying (with HoTT Viewer app and USB-OTG cable).
Telemetry support for own HoTT sensors and HoTT sensors from other manufacturers
SUMD output for other flybarless receivers.
SUMDIN input for redundant receiver operation.
Voltage input for external voltage divider, e.g., already included in the controllers S3082 and S3083.
HV compatible. Input voltage range 3.6...8.4 V
Can be programmed and operated with all currently available HoTT transmitters with telemetry
Technische Daten
Channels: 6
Dimensions approx.: 36 x 22 x 12 mm
Weight approx.: 10 g
Frequency: 2400 ... 2483.5 MHz
Modulation: 2.4 GHz FHSS
Range: approx. 4000 m
Current consumption: 70 mA
Operating voltage: 3.7V to 8.4V
Antenna length: 2x wire 145 (antenna 30) mm
Temperature range: -15 to +70°C
Graupner, based in Kirchheim, Germany, was founded by the family Graupner and, up until March 2013, operated under the third Graupner generation from Stefan Graupner. In March 2013, the company was purchased by the manufacturer of Graupner HoTT RC Transmitter Systems. Graupner covers a large RC assortment including RC Cars and Trucks (GM), Helicopters, Airplanes, RC Electronics (HoTT 2,4GHZ), Chargers, RC Glow-Powered Motors (OS) as well as a large variety of Electric-Powered Brushless Motors. Graupner supplies around 2000 retailers throughout the world.
With the GRAUPNER HoTT 2.4GHz technology, the receiver has a secure hopping telemetry transmission RF section with high-quality components and state-of-the-art software. The receiver transmits parameters such as “receiver voltage,” “receiver temperature,” “signal strength,” “altitude,” and “height difference (variometer)” to the transmitter without additional sensors. It is also possible to transmit and display the Euler angles on the transmitter.
The antenna amplifier, together with the antenna diversity, ensures an enormous range. The faster 32-bit L4 processor guarantees energy-efficient operation, and the higher performance ensures that the Hawk 12 can also be used as a flybarless system for helicopters and as a flight controller for multirotors. Of course, the integrated Hawk gyro system can also be perfectly utilized for fixed-wing models. There are 4 different gyro modes: OFF, normal stabilization, heading lock, rate mode, and orientation mode. The rate mode allows for knife-edge flying and torque turns without control corrections when set correctly. Extremely fast, easy, and comfortably adjustable via the HoTT transmitter telemetry menu.
Just like its namesake, the falcon, the Hawk 12 embodies determination, power, and precision. Go hunting for the perfect flight with the Hawk.
Flächenmodelle
Stabilization of the model aircraft in difficult wind conditions for up to 3 axes
Natural flight behavior through proportional gyro blending
Difficult-to-handle aerobatic models can be flown very gently with the 3-axis gyro, making aerobatics extremely easy
Aerobatic figures can be flown much cleaner
4 different gyro modes: OFF, normal stabilization, heading lock, rate mode for particularly easy knife-edge flight and simple torque turns, as well as orientation mode
Easy setting of gyro assignments
Parameter adjustment via HoTT telemetry
Software with orientation mode allows for easy landings even in difficult wind conditions
5 free mixers
SUMD output for connection to flybarless systems, flight controllers, or a power box
SUMDIN input for redundant receiver operation
Flybarlesssystem für Helikopter
Rescue mode and orientation mode for helicopters
Basic settings can be done in a few minutes via HoTT telemetry
Fast and innovative axis assignment allows for flexible mounting direction
Extremely space-saving due to size, weight, and elimination of cables, allowing for easy storage
Special vibration-resistant 3-axis sensors of the latest generation
Pirouette optimization of the swashplate and direction of tail rotor torque compensation are automatically detected
Compatible with all common heli swashplates 90/120/135/140 degrees and 90 degrees 4 servos
Adjustable swashplate rotation up to 90 degrees for multi-blade heads
Clear standard and selectable expert menu as needed
Sensitivity parameters during flight can be adjusted based on RPM and style, also flight phase-dependent via sensors
Super fast due to elimination of transmission time from the receiver to the flybarless system
Very direct control feel
Programmierung für Helikopter
Easy programming of basic settings via telemetry
Pirouette optimization is automatically determined from the parameters and works extremely well
Extreme flight stability while maintaining full 3D capability even with basic settings
Effects for tail and swashplate can be easily adjusted via the telemetry menu or selectable sensors
Additional optimization options in expert mode for personal flight style and individual preferences
Extremely easy adjustment of basic settings via telemetry:
Rotor direction
Swashplate type
Swashplate frequency 50...200 Hz
Swashplate direction
Swashplate servo center positions Servo 1...3 (4)
Swashplate cyclic range set to 8°
Swashplate pitch range A/B
Swashplate limit
Swashplate rotation
Tail servo center pulse 760µs, 960µs, 1.5 ms
Tail servo frequency 50...333 Hz
Tail servo neutral position
Rescue pitch
Expo yes/no
Logging for service purposes or for Euler angle display
Expert mode yes/no
Easy gyro axis assignment
Gyro effects for tail and swashplate via telemetry or adjustable sensors
Further parameters can be set in expert mode.
Flight Control für Copter
Copter software Q07 with Dshot controller protocol can be uploaded via software update
Basic settings can be done in a few minutes via the telemetry menu
Fast and innovative axis assignment allows for flexible mounting direction
Special vibration-resistant 3-axis sensors of the latest generation
The housing protects the electronics during crashes. The special double-sided tape also dampens vibrations.
8kHz gyro frequency, multishot, and fast PID control routines as well as new software filters ensure a perfect flight experience.
D-Shot with turtle mode.
Quad type XI (Quadrocopter X with reverse prop rotation), which has proven itself especially in FPV racing, keeping the lens free and the props away from obstacles.
When connecting the GPS sensor S8437 to K5/telemetry and setting K5 to SENSOR, additional functions are available: GPS hold with altitude hold, come home, and waypoint flying (with HoTT Viewer app and USB-OTG cable).
Telemetry support for own HoTT sensors and HoTT sensors from other manufacturers
SUMD output for other flybarless receivers.
SUMDIN input for redundant receiver operation.
Voltage input for external voltage divider, e.g., already included in the controllers S3082 and S3083.
HV compatible. Input voltage range 3.6...8.4 V
Can be programmed and operated with all currently available HoTT transmitters with telemetry
Technische Daten
Channels: 6
Dimensions approx.: 36 x 22 x 12 mm
Weight approx.: 10 g
Frequency: 2400 ... 2483.5 MHz
Modulation: 2.4 GHz FHSS
Range: approx. 4000 m
Current consumption: 70 mA
Operating voltage: 3.7V to 8.4V
Antenna length: 2x wire 145 (antenna 30) mm
Temperature range: -15 to +70°C
Graupner, based in Kirchheim, Germany, was founded by the family Graupner and, up until March 2013, operated under the third Graupner generation from Stefan Graupner. In March 2013, the company was purchased by the manufacturer of Graupner HoTT RC Transmitter Systems. Graupner covers a large RC assortment including RC Cars and Trucks (GM), Helicopters, Airplanes, RC Electronics (HoTT 2,4GHZ), Chargers, RC Glow-Powered Motors (OS) as well as a large variety of Electric-Powered Brushless Motors. Graupner supplies around 2000 retailers throughout the world.
Manufacturer and responsible person (information obligations under the GPSR Product Safety Regulation)
Modellbau Lindinger GmbH
Industriestraße 10
4565 Inzersdorf
ÖSTERREICH
Telefon: +43/7582/81313-0
[email protected]
GRAUPNER Hawk 12 HoTT receiver with 3-axis gyro and Vario (6-channel)
Product number:
9795093
Manufacturer number:
S1052
Additionally selected items:
Channels: | 6 |
---|---|
L/W/H (mm): | 36/22/12 |
Weight (g): | 10 |
With the Hawk 12, Graupner presents a powerful 6-channel receiver featuring an integrated 3-axis gyro and particularly vibration-resistant 3-axis accelerometer, diversity antennas, variometer, and mode for fixed-wing models or rescue mode and orientation mode for helicopters.
With the GRAUPNER HoTT 2.4GHz technology, the receiver has a secure hopping telemetry transmission RF section with high-quality components and state-of-the-art software. The receiver transmits parameters such as “receiver voltage,” “receiver temperature,” “signal strength,” “altitude,” and “height difference (variometer)” to the transmitter without additional sensors. It is also possible to transmit and display the Euler angles on the transmitter.
The antenna amplifier, together with the antenna diversity, ensures an enormous range. The faster 32-bit L4 processor guarantees energy-efficient operation, and the higher performance ensures that the Hawk 12 can also be used as a flybarless system for helicopters and as a flight controller for multirotors. Of course, the integrated Hawk gyro system can also be perfectly utilized for fixed-wing models. There are 4 different gyro modes: OFF, normal stabilization, heading lock, rate mode, and orientation mode. The rate mode allows for knife-edge flying and torque turns without control corrections when set correctly. Extremely fast, easy, and comfortably adjustable via the HoTT transmitter telemetry menu.
Just like its namesake, the falcon, the Hawk 12 embodies determination, power, and precision. Go hunting for the perfect flight with the Hawk.
Flächenmodelle
Stabilization of the model aircraft in difficult wind conditions for up to 3 axes
Natural flight behavior through proportional gyro blending
Difficult-to-handle aerobatic models can be flown very gently with the 3-axis gyro, making aerobatics extremely easy
Aerobatic figures can be flown much cleaner
4 different gyro modes: OFF, normal stabilization, heading lock, rate mode for particularly easy knife-edge flight and simple torque turns, as well as orientation mode
Easy setting of gyro assignments
Parameter adjustment via HoTT telemetry
Software with orientation mode allows for easy landings even in difficult wind conditions
5 free mixers
SUMD output for connection to flybarless systems, flight controllers, or a power box
SUMDIN input for redundant receiver operation
Flybarlesssystem für Helikopter
Rescue mode and orientation mode for helicopters
Basic settings can be done in a few minutes via HoTT telemetry
Fast and innovative axis assignment allows for flexible mounting direction
Extremely space-saving due to size, weight, and elimination of cables, allowing for easy storage
Special vibration-resistant 3-axis sensors of the latest generation
Pirouette optimization of the swashplate and direction of tail rotor torque compensation are automatically detected
Compatible with all common heli swashplates 90/120/135/140 degrees and 90 degrees 4 servos
Adjustable swashplate rotation up to 90 degrees for multi-blade heads
Clear standard and selectable expert menu as needed
Sensitivity parameters during flight can be adjusted based on RPM and style, also flight phase-dependent via sensors
Super fast due to elimination of transmission time from the receiver to the flybarless system
Very direct control feel
Programmierung für Helikopter
Easy programming of basic settings via telemetry
Pirouette optimization is automatically determined from the parameters and works extremely well
Extreme flight stability while maintaining full 3D capability even with basic settings
Effects for tail and swashplate can be easily adjusted via the telemetry menu or selectable sensors
Additional optimization options in expert mode for personal flight style and individual preferences
Extremely easy adjustment of basic settings via telemetry:
Rotor direction
Swashplate type
Swashplate frequency 50...200 Hz
Swashplate direction
Swashplate servo center positions Servo 1...3 (4)
Swashplate cyclic range set to 8°
Swashplate pitch range A/B
Swashplate limit
Swashplate rotation
Tail servo center pulse 760µs, 960µs, 1.5 ms
Tail servo frequency 50...333 Hz
Tail servo neutral position
Rescue pitch
Expo yes/no
Logging for service purposes or for Euler angle display
Expert mode yes/no
Easy gyro axis assignment
Gyro effects for tail and swashplate via telemetry or adjustable sensors
Further parameters can be set in expert mode.
Flight Control für Copter
Copter software Q07 with Dshot controller protocol can be uploaded via software update
Basic settings can be done in a few minutes via the telemetry menu
Fast and innovative axis assignment allows for flexible mounting direction
Special vibration-resistant 3-axis sensors of the latest generation
The housing protects the electronics during crashes. The special double-sided tape also dampens vibrations.
8kHz gyro frequency, multishot, and fast PID control routines as well as new software filters ensure a perfect flight experience.
D-Shot with turtle mode.
Quad type XI (Quadrocopter X with reverse prop rotation), which has proven itself especially in FPV racing, keeping the lens free and the props away from obstacles.
When connecting the GPS sensor S8437 to K5/telemetry and setting K5 to SENSOR, additional functions are available: GPS hold with altitude hold, come home, and waypoint flying (with HoTT Viewer app and USB-OTG cable).
Telemetry support for own HoTT sensors and HoTT sensors from other manufacturers
SUMD output for other flybarless receivers.
SUMDIN input for redundant receiver operation.
Voltage input for external voltage divider, e.g., already included in the controllers S3082 and S3083.
HV compatible. Input voltage range 3.6...8.4 V
Can be programmed and operated with all currently available HoTT transmitters with telemetry
Technische Daten
Channels: 6
Dimensions approx.: 36 x 22 x 12 mm
Weight approx.: 10 g
Frequency: 2400 ... 2483.5 MHz
Modulation: 2.4 GHz FHSS
Range: approx. 4000 m
Current consumption: 70 mA
Operating voltage: 3.7V to 8.4V
Antenna length: 2x wire 145 (antenna 30) mm
Temperature range: -15 to +70°C
Graupner, based in Kirchheim, Germany, was founded by the family Graupner and, up until March 2013, operated under the third Graupner generation from Stefan Graupner. In March 2013, the company was purchased by the manufacturer of Graupner HoTT RC Transmitter Systems. Graupner covers a large RC assortment including RC Cars and Trucks (GM), Helicopters, Airplanes, RC Electronics (HoTT 2,4GHZ), Chargers, RC Glow-Powered Motors (OS) as well as a large variety of Electric-Powered Brushless Motors. Graupner supplies around 2000 retailers throughout the world.
With the GRAUPNER HoTT 2.4GHz technology, the receiver has a secure hopping telemetry transmission RF section with high-quality components and state-of-the-art software. The receiver transmits parameters such as “receiver voltage,” “receiver temperature,” “signal strength,” “altitude,” and “height difference (variometer)” to the transmitter without additional sensors. It is also possible to transmit and display the Euler angles on the transmitter.
The antenna amplifier, together with the antenna diversity, ensures an enormous range. The faster 32-bit L4 processor guarantees energy-efficient operation, and the higher performance ensures that the Hawk 12 can also be used as a flybarless system for helicopters and as a flight controller for multirotors. Of course, the integrated Hawk gyro system can also be perfectly utilized for fixed-wing models. There are 4 different gyro modes: OFF, normal stabilization, heading lock, rate mode, and orientation mode. The rate mode allows for knife-edge flying and torque turns without control corrections when set correctly. Extremely fast, easy, and comfortably adjustable via the HoTT transmitter telemetry menu.
Just like its namesake, the falcon, the Hawk 12 embodies determination, power, and precision. Go hunting for the perfect flight with the Hawk.
Flächenmodelle
Stabilization of the model aircraft in difficult wind conditions for up to 3 axes
Natural flight behavior through proportional gyro blending
Difficult-to-handle aerobatic models can be flown very gently with the 3-axis gyro, making aerobatics extremely easy
Aerobatic figures can be flown much cleaner
4 different gyro modes: OFF, normal stabilization, heading lock, rate mode for particularly easy knife-edge flight and simple torque turns, as well as orientation mode
Easy setting of gyro assignments
Parameter adjustment via HoTT telemetry
Software with orientation mode allows for easy landings even in difficult wind conditions
5 free mixers
SUMD output for connection to flybarless systems, flight controllers, or a power box
SUMDIN input for redundant receiver operation
Flybarlesssystem für Helikopter
Rescue mode and orientation mode for helicopters
Basic settings can be done in a few minutes via HoTT telemetry
Fast and innovative axis assignment allows for flexible mounting direction
Extremely space-saving due to size, weight, and elimination of cables, allowing for easy storage
Special vibration-resistant 3-axis sensors of the latest generation
Pirouette optimization of the swashplate and direction of tail rotor torque compensation are automatically detected
Compatible with all common heli swashplates 90/120/135/140 degrees and 90 degrees 4 servos
Adjustable swashplate rotation up to 90 degrees for multi-blade heads
Clear standard and selectable expert menu as needed
Sensitivity parameters during flight can be adjusted based on RPM and style, also flight phase-dependent via sensors
Super fast due to elimination of transmission time from the receiver to the flybarless system
Very direct control feel
Programmierung für Helikopter
Easy programming of basic settings via telemetry
Pirouette optimization is automatically determined from the parameters and works extremely well
Extreme flight stability while maintaining full 3D capability even with basic settings
Effects for tail and swashplate can be easily adjusted via the telemetry menu or selectable sensors
Additional optimization options in expert mode for personal flight style and individual preferences
Extremely easy adjustment of basic settings via telemetry:
Rotor direction
Swashplate type
Swashplate frequency 50...200 Hz
Swashplate direction
Swashplate servo center positions Servo 1...3 (4)
Swashplate cyclic range set to 8°
Swashplate pitch range A/B
Swashplate limit
Swashplate rotation
Tail servo center pulse 760µs, 960µs, 1.5 ms
Tail servo frequency 50...333 Hz
Tail servo neutral position
Rescue pitch
Expo yes/no
Logging for service purposes or for Euler angle display
Expert mode yes/no
Easy gyro axis assignment
Gyro effects for tail and swashplate via telemetry or adjustable sensors
Further parameters can be set in expert mode.
Flight Control für Copter
Copter software Q07 with Dshot controller protocol can be uploaded via software update
Basic settings can be done in a few minutes via the telemetry menu
Fast and innovative axis assignment allows for flexible mounting direction
Special vibration-resistant 3-axis sensors of the latest generation
The housing protects the electronics during crashes. The special double-sided tape also dampens vibrations.
8kHz gyro frequency, multishot, and fast PID control routines as well as new software filters ensure a perfect flight experience.
D-Shot with turtle mode.
Quad type XI (Quadrocopter X with reverse prop rotation), which has proven itself especially in FPV racing, keeping the lens free and the props away from obstacles.
When connecting the GPS sensor S8437 to K5/telemetry and setting K5 to SENSOR, additional functions are available: GPS hold with altitude hold, come home, and waypoint flying (with HoTT Viewer app and USB-OTG cable).
Telemetry support for own HoTT sensors and HoTT sensors from other manufacturers
SUMD output for other flybarless receivers.
SUMDIN input for redundant receiver operation.
Voltage input for external voltage divider, e.g., already included in the controllers S3082 and S3083.
HV compatible. Input voltage range 3.6...8.4 V
Can be programmed and operated with all currently available HoTT transmitters with telemetry
Technische Daten
Channels: 6
Dimensions approx.: 36 x 22 x 12 mm
Weight approx.: 10 g
Frequency: 2400 ... 2483.5 MHz
Modulation: 2.4 GHz FHSS
Range: approx. 4000 m
Current consumption: 70 mA
Operating voltage: 3.7V to 8.4V
Antenna length: 2x wire 145 (antenna 30) mm
Temperature range: -15 to +70°C
Graupner, based in Kirchheim, Germany, was founded by the family Graupner and, up until March 2013, operated under the third Graupner generation from Stefan Graupner. In March 2013, the company was purchased by the manufacturer of Graupner HoTT RC Transmitter Systems. Graupner covers a large RC assortment including RC Cars and Trucks (GM), Helicopters, Airplanes, RC Electronics (HoTT 2,4GHZ), Chargers, RC Glow-Powered Motors (OS) as well as a large variety of Electric-Powered Brushless Motors. Graupner supplies around 2000 retailers throughout the world.
Manufacturer and responsible person (information obligations under the GPSR Product Safety Regulation)
Modellbau Lindinger GmbH
Industriestraße 10
4565 Inzersdorf
ÖSTERREICH
Telefon: +43/7582/81313-0
[email protected]