DJI Agras T100 OEM Battery Interface Board — OEM power distribution module, battery connector interface, and high-current transfer system for the DJI Agras T100 and DJI T70P.
🇺🇸 U.S.A. FIRST
Every battery swap an American operator makes in a long spray day runs through this board. Dozens of connect-disconnect cycles a week, full current every takeoff, dust and heat the whole time. When the contacts start burning, the aircraft is one bad connection away from a dead-stick over the crop. Replace the interface before it takes the battery and the core board with it.
✅ Compatibility Guarantee
- Guaranteed compatible with DJI Agras T100 / T70P
- Same Day Shipping
- FREE & FAST U.S. Shipping
📦 Package Includes
- 1 × DJI Agras Original Battery Interface Board (T100 / T70P compatible)
- OEM protective packaging
🔧 Component Overview
The DJI Agras T100 / T70P Original Battery Interface Board is the primary power distribution interface between the intelligent flight battery and the aircraft's internal electrical system.
This OEM DJI-spec board serves as the critical connection point, transferring high-current power from the battery into the drone while managing stable electrical flow to the core board, ESCs, and onboard systems.
The battery interface board integrates with the battery connector assembly (pin/blade interface) and ensures secure electrical contact, efficient power transfer, and system protection during high-load agricultural operations.
Any failure or degradation in this component can lead to power interruptions, arcing, overheating, or complete loss of power delivery.
This is a power-critical component, essential for safe and reliable aircraft operation.
What this board absorbs every working day:
- Repeated high-current connect and disconnect cycles at every battery swap
- Peak load surges on takeoff with a full tank
- Contact heat build-up during back-to-back sorties
- Field dust and chemical residue settling on contact surfaces
- Humidity and washdown moisture around the battery bay
- Vibration working at contact seating and mounting hardware
⚙️ Functional Purpose
The battery interface board is designed to:
- Transfer high-current power from battery to aircraft systems
- Interface with battery connector pins/blades
- Distribute power to core board, ESCs, and subsystems
- Maintain stable voltage and electrical continuity
- Support safe connection and disconnection cycles
- Protect against power instability during operation
⚠️ Common Replacement Indicators
- Intermittent power loss or shutdowns
- Burn marks or damage at connector interface
- Loose or degraded battery connection
- Overheating at battery contact points
- Arcing or visible electrical wear
- Failure to deliver consistent power under load
- Discoloration, pitting, or corrosion on the contact pins
Diagnostic note: operators often blame the battery pack when the interface is the real problem. If the same fault follows the aircraft across multiple known-good batteries — voltage sag under throttle, random shutdowns, a battery that reads healthy on the charger but not in the airframe — pull the battery and inspect the interface contacts for heat discoloration and pitting before you spend money on a new pack.
What degrades a battery interface board:
- Resistance build-up from contamination on the contact faces
- Micro-arcing from a loose or partially seated battery
- Thermal cycling on the high-current path across long spray days
- Moisture and chemical residue driving corrosion at the pins
- Mechanical wear from thousands of insertion cycles over a season
📐 Specifications
- Component Type: Battery interface board / power distribution module
- Material: DJI-spec multi-layer PCB with high-current conductive pathways
- Compatibility: DJI Agras T100 / T70P
- Installation Area: Battery housing / power input section
- Function: Power transfer, distribution, and electrical interface
🚜 Necessary For
This component is essential inventory for:
- Operators maintaining consistent power delivery
- Repair teams addressing battery connection failures
- Technicians rebuilding battery housing or power systems
- Farms and contractors operating under high-load spraying conditions
- High-cycle fleets running multiple battery swaps per aircraft per day
💡 Why This Part Matters
The battery interface board is the gateway for all power entering the aircraft.
Without a reliable interface, even a fully functional battery cannot deliver stable energy to the system.
A compromised interface can result in:
- Sudden power loss during flight
- Electrical damage to internal components
- Reduced efficiency and system instability
Replacing the battery interface board:
- Restores stable and consistent power delivery
- Improves electrical safety and connection reliability
- Prevents overheating and connector damage
- Ensures optimal performance under heavy operational loads
Experienced operators prioritize power system integrity to protect high-value equipment and maintain uninterrupted operations.
After installation:
- Confirm the board is fully seated and all mounting hardware is torqued evenly
- Check that contact faces are clean and free of grease, dust, and residue
- Seat a battery and verify a firm, positive lock with no play
- Power up on the ground and watch for stable voltage with no warnings
- After a short hover, land and check the contacts for any heat signature before a full mission
Seat the power. Kill the arcing. Hold the voltage. Fly the whole tank.
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