NANORADAR-MR72 RADAR

Features:

• 24GHz millimeter-wave radar technology.

  
  

• Dual function: altitude & obstacle.

  
  

• Accurate real-time distance measurement.

  
  

• All-weather performance (IP67 rated).

  
  

• High anti-interference capability.

  
  

• Fast data update rate.

  
  

• Compact and lightweight design.

  
  

• Easy integration with flight controllers.

  
  

• Reliable in challenging environments.

  
  

• Enhances drone safety and stability.

Technical Specifications:

• Model: NANORADAR MR72

• Type: Millimeter Wave Radar (FMCW)

• Frequency Band: 24.00 - 24.25 GHz

• Detection Range (Altitude/Obstacle): 0.1 to 40 meters (This is a common range for drone applications of this type of radar )

• Detection Accuracy: ±0.1 meter (10cm)

• Detection Resolution: 0.1 meter

• Maximum Speed Measurement (Doppler): ±20 m/s (Useful for relative speed to object/ground)

• Update Rate: 50 Hz (High refresh rate for dynamic environments)

• Working Voltage: DC 6-36V (Wide input voltage range)

• Power Consumption: <1W (Low power consumption)

• Operating Temperature: -40°C to +85°C

• Protection Level: IP67 (Dust tight and protected from immersion in water)

• Communication Interface: UART (Serial) and CAN Bus (Some variants may offer both or specific ones.)

• Beam Angle (FOV): (Varies by antenna design. Typically a narrow beam for altimetry, wider for obstacle avoidance. For a combined sensor, a balance.)

• Dimensions: Approximately 35mm x 35mm x 15mm Compact size for drones .

• Weight: Approximately 20g - 30g Very lightweight

Additional Details:

• Manufacturer: Hunan Nano Radar Technology Co., Ltd. (Nanoradar)

• Brand: NANORADAR

• Generic Name: Millimeter Wave Radar || 24GHz Radar || Drone Radar || UAV Sensor || Altitude Radar || Obstacle Avoidance Sensor || Radar Altimeter || Smart Sensor || Robotics Radar || All-Weather Sensor

• Sold By: UAV Marketplace (an authorized seller of drone gear and accessories)

• Ideal For: Agricultural Drones || Industrial Inspection Drones || Autonomous Flight Systems || Terrain Following Drones || Obstacle Avoidance Drones || Drone Mapping & Surveying (for consistent altitude) || Logistics & Delivery Drones || Custom Drone Builds || Robotics Platforms || Any UAV Requiring Accurate Distance Sensing

Package Details:

Includes:

• 1x NANORADAR MR72 Radar Sensor

Frequently Asked Questions:

Q1. What are the primary applications of the NANORADAR MR72 on a drone?

Ans. The NANORADAR MR72 is highly versatile for drones, primarily serving two critical functions: accurate altitude measurement for terrain following and stable hovering, and real-time obstacle avoidance. Its precise distance detection allows drones to maintain a consistent height above uneven ground (e.g., for spraying) and detect approaching objects to prevent collisions, significantly enhancing both safety and operational efficiency for industrial and agricultural UAVs.

Q2. How does the 24GHz frequency of the MR72 radar perform in adverse weather conditions?

Ans. The 24GHz frequency of the NANORADAR MR72 enables its robust "all-weather" capability. Unlike optical sensors that struggle with fog, heavy rain, dust, or darkness, millimeter waves can penetrate these conditions effectively. This ensures the radar continues to provide reliable and accurate distance measurements to both the ground and obstacles, allowing drones to operate safely and effectively in challenging outdoor environments where other sensors would be compromised.

Q3. Can the NANORADAR MR72 be easily integrated with popular drone flight controllers like Pixhawk?

Ans. Yes, the NANORADAR MR72 is designed for relatively easy integration with popular drone flight controllers such as Pixhawk/ArduPilot-based systems. It typically supports common communication interfaces like UART (serial port) and CAN Bus. Users would connect the radar to an available port on their flight controller and then configure the appropriate parameters within the flight controller's firmware (e.g., ArduPilot Mission Planner or PX4 QGroundControl) to enable its altitude and obstacle avoidance functionalities.