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Matrice 400 - Mapping Package

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Matrice 400 - Mapping Package

Matrice 400 - Mapping Package

DJI

Not yet assessed

Height
Payload
Verified autonomy
not assessed
Real deployment
not assessed
Status
Price
verified / really deployed unverified / demo-stage

Matrice 400 - Mapping Package

DJI
Unverified

The DJI Matrice 400 (M400) is a professional enterprise drone platform announced June 10, 2025, positioned as the successor to the Matrice 350 RTK. It is designed for long-endurance missions (up to 59 min forward flight, ~45–50 min real-world per community reports) with a 6 kg payload capacity, power-line-level obstacle sensing via integrated rotating LiDAR and mmWave radar, and RTK centimeter-level positioning. The Mapping Package pairs the M400 with the Zenmuse L3 LiDAR (950 m range, 2–4 cm accuracy, dual 100 MP cameras) and is sold as a complete bundle at approximately $29,499 through authorized resellers. The system executes mapping missions autonomously once planned and launched, with a human pilot supervising and able to intervene, consistent with a Supervised-Autonomous classification for its mapping task.

Availability

Shipping

Specification

payload_capacity
Up to 6 kg (13.2 lbs)
max_takeoff_weight
15.8 kg MTOW; ~9,740 g with batteries (without payload)
top_speed
25 m/s (56 mph / ~90 km/h in sport mode); 60% faster than M350 RTK
battery
TB100: 20,254 mAh, 977 Wh, 400 charge cycles; hot-swap in 45 seconds maintaining GPS lock
battery_price
$1,899.00 per TB100 battery
payload_ports
Up to 7 simultaneous payloads via 4 E-Port V2 connectors
lidar_payload_zenmuse_l3
950 m range @ 10% reflectivity (100 kHz); 2–4 cm accuracy; 16 returns; adjustable scan rate 100 kHz–2 MHz; dual 100 MP cameras for colorized point clouds and orthophotos; IP54; -20°C to +50°C

Price

No public price — contact the supplier for a quote.

Good · Bad · Ugly

Evidence-graded claims from the DJI deep report

Good
  • DJI holds 70–80% of the global civil drone market and approximately 96% of the U.S. market (pre-FCC restrictions).

    Multiple independent analyses and research sources [10][13][16] corroborate DJI's dominant market position, though the 96% U.S. figure is pre-restriction and current share post-FCC action is unverified.

    from DJI deep report →
  • The DJI Robomaster S1 supports full onboard autonomy via a ROS2-based stack, including zero-shot sim-to-real multi-agent reinforcement learning (MARL) policy transfer.

    An independent academic paper from the University of Cambridge [21] confirms the Robomaster S1 was used as a customized research platform running a ROS2-based full onboard autonomy stack with successful sim-to-real MARL transfer, though this reflects research-lab capability, not a commercial product claim.

    from DJI deep report →
Bad
  • DJI claims the Lito X1 and Lito 1 feature omnidirectional obstacle sensing active down to 5 lux, and the Matrice 400 features power-line-level obstacle sensing.

    Specs are sourced from DJI's own press releases [12] and official enterprise blog [7]; no independent third-party lab test or field validation of the 5-lux omnidirectional sensing or power-line detection performance has been identified in the dossier.

    from DJI deep report →
  • The DJI FlyCart 100 is a commercially deployed all-in-one intelligent drone delivery system.

    The FlyCart 100 is listed on DJI's official website [1] as a product, but the dossier contains no independent evidence of commercial-scale deployment, customer outcomes, or regulatory approval for delivery operations in any jurisdiction.

    from DJI deep report →
Ugly
  • DJI's Return-to-Home (RTH) and autonomous safety features are reliable across its consumer drone lineup.

    Multiple independent community reports [30][31][33][35] document RTH failures, remote controller transmission failures at low altitude, and tracking failures in forested environments, directly contradicting vendor marketing of reliable autonomous safety features.

    from DJI deep report →
  • DJI has deployed 600,000+ agricultural drones across 100+ countries, saving 410 million tons of water and cutting 51 million tons of CO2 emissions.

    These figures originate exclusively from a DJI Agriculture press release [11]; no independent verification of the deployment count, water savings, or emissions reduction figures is present in the dossier.

    from DJI deep report →

About the company

Editorial directory of real robot products from leading global manufacturers. Each entry links to the manufacturer's official page.