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DJI Agras T100 OEM SDR Module Bracket

Regular price $64.99
Regular price $175.97 Sale price $64.99
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DJI Agras Model

OEM Rear Obstacle Avoidance Radar | Rear Radar Sensor Assembly | Agricultural Drone Rear Detection System


πŸ‡ΊπŸ‡Έ U.S.A. FIRST

Ares Acres proudly supports American agricultural drone operators with genuine DJI Agras OEM replacement parts, accessories, and field-ready inventory.

FREE & FAST shipping is included for all U.S. customers.

We understand that every day of downtime can impact productivity, scheduling, and profitability. That's why we focus on providing fast fulfillment, responsive customer support, and reliable access to the parts operators need most.

βœ… DJI Agras T100 Compatibility Guarantee

πŸ‡ΊπŸ‡Έ USA Compatibility Guarantee

πŸ‘πŸ» Satisfaction Guarantee

πŸ’΅ Money Back Guarantee

πŸ“¦ Same Day Shipping & Tracking


πŸ“¦ Package Includes

1 Γ— DJI Agras T100 OEM Rear Radar Module

OEM rear obstacle avoidance radar sensor

Rear environmental detection assembly

Factory-calibrated radar module

OEM protective packaging


πŸ”§ Component Overview

The DJI Agras T100 OEM Rear Radar Module is a mission-critical flight safety component engineered to provide intelligent rear obstacle detection, terrain awareness, and collision avoidance throughout demanding commercial agricultural drone operations.

Designed specifically for the DJI Agras T100, this OEM radar module serves as one of the aircraft's primary rear-facing sensing systems, continuously scanning the environment behind the aircraft to detect obstacles, terrain variations, trees, utility poles, irrigation equipment, buildings, fences, vehicles, and other hazards encountered during autonomous and manual flight operations.

Modern agricultural drone operations demand far more than simple GPS navigation.

Today's commercial spraying and spreading missions rely on intelligent sensing technologies that allow aircraft to safely operate in complex agricultural environments while maintaining high productivity and reducing the likelihood of costly collisions.

Whether operating in:

β€’ Commercial spraying operations

β€’ Fertilizer spreading missions

β€’ Orchard applications

β€’ Vineyard operations

β€’ Row crop treatment

β€’ Rice field management

β€’ Tree crop spraying

β€’ Precision agriculture programs

β€’ Daily commercial deployments

β€’ Large-scale contract farming

operators rely on the aircraft's radar system to continuously monitor surrounding conditions and assist the flight controller in making intelligent navigation decisions.

The OEM Rear Radar Module provides critical environmental awareness by continuously monitoring the area behind the aircraft throughout every stage of flight.

Working alongside the aircraft's intelligent flight systems, the radar module helps improve operational safety while supporting obstacle avoidance, terrain-following performance, automated flight paths, and precise maneuverability during low-altitude agricultural missions.

The OEM Rear Radar Module helps support:

β€’ Rear obstacle detection

β€’ Intelligent flight safety

β€’ Collision avoidance

β€’ Terrain awareness

β€’ Environmental sensing

β€’ Autonomous flight operations

β€’ Low-altitude navigation

β€’ Flight stability

β€’ Mission confidence

β€’ Commercial deployment readiness

β€’ Fleet reliability

β€’ Professional agricultural operations

Agricultural drones routinely operate within environments that challenge every onboard sensing system.

Throughout normal operation, the rear radar module may experience:

β€’ Continuous vibration

β€’ Dust exposure

β€’ Moisture and humidity

β€’ Fertilizer residue

β€’ Agricultural chemicals

β€’ Mud and debris

β€’ Long commercial flight hours

β€’ Temperature fluctuations

β€’ Daily transportation

β€’ Frequent takeoff and landing cycles

β€’ High-volume seasonal deployment

β€’ Continuous commercial operation

Despite these demanding conditions, the radar module must continue providing accurate environmental data while maintaining seamless communication with DJI's intelligent flight controller and obstacle avoidance architecture.

Because the Rear Radar Module directly contributes to flight safety, even minor performance degradation may reduce obstacle detection accuracy and increase operational risk.

A damaged, contaminated, or malfunctioning radar module may contribute to:

β€’ Obstacle detection errors

β€’ Reduced sensing performance

β€’ Collision avoidance warnings

β€’ Flight-system fault codes

β€’ Navigation inconsistencies

β€’ Reduced autonomous performance

β€’ Mission interruptions

β€’ Increased maintenance requirements

β€’ Unexpected operational downtime

β€’ Fleet scheduling delays

Constructed to DJI OEM specifications, this radar module integrates seamlessly with the aircraft's intelligent sensing network while restoring factory-level detection performance and operational reliability.

For professional agricultural drone operators responsible for expensive aircraft and valuable crop applications, maintaining reliable radar performance is essential for protecting equipment, maximizing productivity, and minimizing unnecessary operational risk.


βš™οΈ Functional Purpose

The OEM Rear Radar Module is designed to provide continuous rear-facing environmental sensing while supporting the aircraft's intelligent flight safety systems.

The component helps:

β€’ Detect rear obstacles

β€’ Improve collision avoidance

β€’ Support intelligent flight control

β€’ Enhance terrain awareness

β€’ Improve autonomous navigation

β€’ Maintain environmental sensing

β€’ Support precision flight

β€’ Increase operational safety

β€’ Reduce collision risk

β€’ Maintain flight confidence

β€’ Support obstacle avoidance systems

β€’ Improve mission reliability

β€’ Maintain OEM sensing performance

β€’ Reduce operational interruptions

β€’ Improve commercial deployment readiness

β€’ Support fleet reliability

β€’ Maintain intelligent navigation

β€’ Protect aircraft investments

β€’ Improve long-term operational confidence

β€’ Support dependable agricultural flight performance

In commercial agricultural operations, reliable sensing systems are essential for protecting aircraft while maximizing operational efficiency.

A damaged radar module may contribute to:

β€’ Reduced obstacle detection

β€’ Navigation inconsistencies

β€’ Flight warnings

β€’ Reduced autonomous capability

β€’ Increased pilot workload

β€’ Higher operational risk

β€’ Unexpected downtime

β€’ Reduced productivity

β€’ Increased repair costs

β€’ Mission delays

This OEM component helps restore dependable obstacle detection while maintaining safe and efficient commercial flight operations.


⚠️ Common Replacement Indicators

Replacement may be recommended when operators observe:

β€’ Radar warning messages

β€’ Obstacle detection failures

β€’ Rear sensing errors

β€’ Collision avoidance faults

β€’ Communication faults

β€’ Physical impact damage

β€’ Cracked radar housing

β€’ Water intrusion

β€’ Moisture damage

β€’ Dust contamination

β€’ Reduced sensing accuracy

β€’ Flight controller fault codes

β€’ Maintenance inspection findings

β€’ Transportation damage

β€’ Fleet refurbishment projects

β€’ Preventative maintenance

β€’ Long-term operational wear

β€’ Sensor calibration issues

β€’ Unexpected flight warnings

β€’ Reduced autonomous flight performance

Replacing damaged radar modules early helps restore factory sensing performance while protecting the aircraft from unnecessary operational risks and costly repairs.


πŸ“ Specifications

Component Type: Rear radar module / obstacle avoidance radar sensor

Compatibility:

β€’ DJI Agras T100

Installation Area: Rear aircraft fuselage

Function: Rear obstacle detection, environmental sensing, and intelligent flight assistance

Construction: DJI OEM radar sensing module

Mounting Type: Direct-fit OEM replacement component

Application: Agricultural drone intelligent sensing and flight safety system


🚜 Necessary For

This component is essential inventory for:

β€’ DJI Agras T100 operators

β€’ Commercial spraying contractors

β€’ Agricultural aviation providers

β€’ Fleet maintenance managers

β€’ Agricultural drone repair technicians

β€’ Commercial drone fleets

β€’ Agricultural drone service centers

β€’ Preventative maintenance programs

β€’ Fleet refurbishment projects

β€’ Professional DJI repair facilities

β€’ Agricultural technology companies

β€’ Flight safety inspections

β€’ Fleet support operations

β€’ Autonomous spraying operations

β€’ Emergency repair inventory

Maintaining replacement radar modules allows operators to quickly restore intelligent flight safety systems while minimizing costly downtime during critical spraying and spreading seasons.


πŸ’‘ Why This Part Matters

Every DJI Agras T100 flight depends on one critical requirement:

Reliable environmental awareness and intelligent obstacle detection.

The Rear Radar Module continuously monitors the environment behind the aircraft, providing critical data that helps the flight controller safely navigate complex agricultural environments.

The OEM Rear Radar Module helps maintain:

β€’ Reliable obstacle detection

β€’ Intelligent flight safety

β€’ Improved collision avoidance

β€’ Enhanced environmental awareness

β€’ Better autonomous navigation

β€’ Reduced operational risk

β€’ Long-term reliability

β€’ Fleet readiness

β€’ Professional field performance

β€’ Maximum aircraft uptime

β€’ Improved commercial productivity

β€’ Long-term equipment protection

Without a properly functioning radar module, operators risk:

β€’ Reduced obstacle awareness

β€’ Collision hazards

β€’ Navigation errors

β€’ Flight-system warnings

β€’ Increased pilot workload

β€’ Reduced autonomous performance

β€’ Unexpected downtime

β€’ Higher maintenance costs

β€’ Delayed spraying operations

β€’ Reduced fleet reliability

β€’ Lower operational efficiency

β€’ Reduced long-term profitability

For professional agricultural drone operators, protecting expensive aircraft begins with maintaining every intelligent sensing system.

Replacing the DJI Agras T100 OEM Rear Radar Module restores factory-level obstacle detection, improves autonomous flight confidence, protects valuable aircraft investments, maximizes fleet uptime, and helps ensure dependable commercial agricultural performance throughout years of demanding field operations.


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