Honeywell Radar Velocity System
Unlike vision-aided navigation systems, HRVS requires no maps or prior environmental data. It operates effectively from ground level up to 1 km altitude across all terrains (excluding still water) and in all weather conditions, making it a versatile and robust velocity-aiding source for inertial navigation systems.
HRVS is part of Honeywell’s Resilient UAV Navigation Suite, which also includes the Honeywell Compact Inertial Navigation System (HCINS) and the GPSdome Anti-Jamming System. When combined with HCINS, HRVS enables UAVs to navigate in fully GPS-denied environments with a position error of less than 3% of distance traveled.
Specifications
Key Differentiators
- Features & Benefits
- Altitude <300m
- Based on mmW sensor (60-64 GHz)
- Cm level-range accuracy
- Day/night operations
- Enables features: Velocity aid, altitude measurement, depth mapping , ground avoidance
- Error approx 1-2% distance travelled
- Guaranteed functionality with chosen Honeywell product lines such as Honeywell Compact Inertial Navigation System (HCINS)
- Helps in drones to navigate in GNSS outage scenarios with minimum deviation.
- Impervious to environmental conditions such as rain, fog, dust, and snow
- Indefinite precise hover as error doesn’t grow with time (unlike INS)
- Provides precise vertical velocity (e.g., for autoland)
- Provides range and velocity aiding to INS devices.
- Range measurement resolution down to 4cm
- Range up to 170m above the ground
- Supports high velocity ranges (theoretical limit ~250m/s)
Dimensions
- Length
- 113 mm
- Depth
- 13 mm
- Weight
- 24g (OEM version)
- 68g (Enclosed version)
- Dimensions
- 118mm x 66mm x 13mm (Enclosed version)
Performance Data
- LED
- Yes
- Typical Heading Error with HCINS
- 5 minutes < 1° (for outages > 15 minutes mag. heading aiding is recommended)
- Velocity errors X/Y/Z axes 9m/s
- 0.09/0.04/0.03 Mean
- 0.45/0.45/0.10 RMS
- Velocity errors X/Y/Z axes 6m/s
- 0.06/0.02/0.02 Mean
- 0.35/0.35/0.07 RMS
- Velocity errors X/Y/Z axes 3m/s
- 0.02/0.02/0.003 Mean
- 0.20/0.20/0.04 RMS
- Surfaces with Limitations
- Lake (i.e. still water)
- Maximum Measurement Range
- 170m
- Key Performance Variables
- Heading error, trajectory shape (open vs closed)
- Operating Temperature
- -40°C to +85°C
- Serial Communication
- yes
- Usually Bought With
- GPSDome
- HCINS
- Typical Performance
- *1% of Distance Travelled
- Operating Frequency
- 62.0±0.5GHz hertz
- Communication Ports
- Serial, CAN
- 2-sigma Performance
- *3% of Distance Travelled
- Types of Products
- Honeywell Radar Velocity System for Commercial Vehicles (HRVS-CV)
- Honeywell Radar Velocity System for Military Vehicles (HRVS-M)
- Honeywell Radar Velocity System for UAVs (HRVS-U)
- Radar (mmWave)
- Power Consumption
- 1.7W nominal
- Chassis Included
- Yes
- Tested Surfaces
- Asphalt
- Concrete
- Forest/trees
- Grass
- Greenfield
- Snow
- Supply Voltage
- +5VDC voltage alternating current
- Field of View
- 5.5° H x 5.5° V (-3dB)
- Tested Range
- Up to 170m (UAS)
- Applications
- Helps in drones to navigate in GNSS outage scenarios with minimum deviation.
- Provides range and velocity aiding to INS devices.
- Used INS
- HCINS (MEMS based low-cost navigator – tactical grade - gyro bias instability 1 deg/h
- Software
- Internal software (Honeywell proprietary)
- Features
- Helps in drones to navigate in GNSS outage scenarios with minimum deviation.
- Provides range and velocity aiding to INS devices.
- Velocity aid (UAS)
- Velocity aid for no GNSS operations (Commercial vehicles)
- Velocity aid for no GNSS operations (Military vehicles)
- Output
- Range and veocity information
- Shock
- Yes
- Setup
- 1 x HRVS board (1.5m/0.6m above the ground) + INS (HCINS etc.) (Commercial vehicles)
- 1 x HRVS board (1.5m/0.6m above the ground) + INS (HCINS etc.) (Military vehicles)
- 4 x HRVS board + INS (HCINS, etc.) (UAS)
- Power
- 1.7W nominal
- Size
- 113mm x 60mm x 10mm (OEM version)
- 118mm x 66mm x 13mm (Enclosed version)
 
                                                 
                                                 
                                                 
                                