DJI Goggles Integra Wiki | Compatibility & Buying Guide

Quick Answer

DJI Goggles Integra is the RCDS13 integrated-battery headset: about 410 g, two 1080p displays and an approximately two-hour DJI battery rating. The current matrix includes Avata, Avata 2, DJI FPV and selected camera drones; check controller/firmware limits before a used-unit purchase.

Specifications

ModelRCDS13

WeightApproximately 410 g including built-in battery

DisplaysTwo 0.49-inch screens, 1920×1080 per eye

Refresh rateUp to 100 Hz

Field of view44° per eye

Interpupillary range56–72 mm

BatteryBuilt-in 2,450 mAh, 17.64 Wh Li-ion battery

Battery operating timeApproximately 2 hours under DJI stated Avata test conditions

StoragemicroSD up to 512 GB

Compatible aircraftAvata 2, Avata, DJI FPV, Mini 4 Pro, Mini 3 Pro, Air 3 and Mavic 3 Series per current DJI matrix

Official sourceshttps://www.dji.com/goggles-integra | https://repair.dji.com/help/content?customId=01700010143&lang=en&paperDocType=ARTICLE&re=US&spaceId=17

Compatibility Notes

DJI’s current matrix lists Avata 2, Avata, DJI FPV, Mini 4 Pro, Mini 3 Pro, Air 3 and Mavic 3 Series, plus O4 Air Unit. Some intelligent flight modes and camera controls are unavailable with goggles; verify the exact controller and firmware.

DJI Avata 2 DJI Avata DJI Mini 4 Pro DJI Mini 3 Pro DJI Air 3 DJI Mavic 3 DJI Mavic 3 Cine DJI Mavic 3 Classic DJI Mavic 3 Pro DJI Mavic 3 Pro Cine DJI FPV

Inspection Checklist

Micro-OLED displays and optics

Check both screens for dead pixels, burn-in, color/brightness imbalance and haze; inspect lenses and diopter/focus adjustment.

Integrated battery and headband

Measure charging and runtime, examine the battery/headband assembly and face foam, and check for swelling or impact damage.

Cooling, ports and controls

Confirm fan airflow/noise, USB-C and microSD behavior, buttons, touch controls and firmware update path.

Aircraft pairing

Test the exact aircraft and RC Motion 2 or FPV Remote Controller 2 firmware combination before treating a failed link as hardware damage.

Common Failure Modes

Display or optical fault

Dead pixels, burn-in, haze, damaged lenses or failed adjustment can make the headset unusable.

Battery, charging or cooling fault

A degraded integrated battery, charging port or fan can interrupt an FPV session.

Pairing or transmission fault

Firmware, controller generation, antenna or RF faults can prevent video and control even when the goggles power on.

Repair Notes

Confirm the exact DJI aircraft, goggles, controller, firmware and region pairing before hardware diagnosis.
Inspect screens, lenses, fan, antennas, ports, power and wearable parts; record faults before opening the headset.
After repair, verify firmware, charging and a controlled short-range live-view test with the supported aircraft.

Pre-Owned Buying Checks

Confirm the exact goggles model, supported aircraft and controller generation.
Inspect displays, lenses, headband, foam, fan, antennas, ports, battery and included accessories.
Require a controlled pairing and live-view test; do not infer compatibility from a similar-looking headset.