EFT Ground Radar Fixed Mount Bracket

Description:

This durable, high-strength plastic mounting holder securely attaches the height-sensing radar module to your EFT agricultural drone frame. It ensures stable, accurate sensor positioning for reliable terrain-following and height maintenance during automated crop spraying or surveying missions, enhancing overall flight safety and operational efficiency.

Features

• Securely holds the height-sensing radar module for stable operation.

• High-strength plastic offers long-lasting durability, lightweight performance, and rust resistance.

• Fixed position guarantees consistent and highly accurate altitude data.

• Designed specifically for seamless integration with EFT agricultural drone models.

• Simple and quick installation process for easy field maintenance.

• Essential component for safe, automated, terrain-following flights.

Technical Specifications

• Color: Black

• Material: Plastic

• Usage Type: Agricultural Drone

• Dimensions: 90mm x 86mm x 38mm (Approx.)

Additional Details

• Manufacturer: EFT (Enlight Future Technology)

• Brand: EFT

• Generic Name: Drone Altitude Sensor Holder, UAV Terrain Sensor Mount, Fixed Sensor Bracket, Agricultural Drone Accessory

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

• Ideal For: EFT Agricultural Spraying Drones, Commercial UAVs, Autonomous Flight Missions, Precision Agriculture, Drone Builders & Repair

Package Includes

• 1 x EFT Ground Sensor Mounting Bracket

Frequently Asked Questions

Q: Is the ground radar sensor included with this mount?

A: No, this product is only the mounting holder for the radar sensor. The radar sensor unit must be purchased separately.

Q: What drone models is this mount compatible with?

A: It is designed for a precise fit on EFT (Enlight Future Technology) agricultural drone frames.

Q: Why is a dedicated mount necessary for the height sensor?

A: A dedicated mount ensures the radar sensor is rigidly positioned, which is essential for consistent and highly accurate height readings during automated terrain-following flight.