Manifold 3

£1,160.00

Onboard edge computing platform
Real-time AI data processing
Designed for DJI Enterprise drones
Supports third-party applications
Ideal for autonomous workflows

Categories: DJI M400, DJI Matrice 4

DJI Manifold 3 — High-Performance Enterprise Edge AI Computer

The DJI Manifold 3 is a ruggedized, ultra-compact onboard computer purpose-built for edge AI processing, intelligent automated object recognition, and complex data pipeline management on enterprise aircraft platforms. Acted as a powerful airborne processing hub, it pairs seamlessly with flagship DJI platforms to provide on-the-fly computational power for commercial mapping, automated surveillance, and inspection workflows. Fully optimized and distributed by Drone Sales UK.

Edge AI Processing Unit
DJI OSDK & PSDK Native
Real-Time Data Mapping
Ultra-Lightweight Profile
Shock-Isolated Chassis
Multi-Sensor Data Routing

DJI Manifold 3 on-board computer unit layout

Transform Raw Video into Real-Time Intelligent Analytics

During critical search and rescue, structural infrastructure surveys, or tactical environmental monitoring, sending raw video to the ground for analysis introduces lag and potential data loss. The DJI Manifold 3 shifts that processing burden directly onto the aircraft frame. Running localized machine-learning neural networks, the computer decodes video streams straight from your stabilized sensors—such as dual thermal/visible cores—allowing for instantaneous tracking, automated anomaly spotting, and target pinpointing mid-flight.

Processes massive geospatial data arrays directly in the air to bypass ground-link transmission limits
Powers custom, operator-designed AI object detection workflows for asset management, structures, or tracking
Provides a clean serial hardware handshake loop to trigger automated actions based on real-time sensory inputs

Deep SDK Integration & Flexible Software Bridges

The Manifold 3 is designed as a developer’s canvas, allowing commercial teams to compile custom software libraries, automate workflows, and interface with bespoke sensors.

Onboard SDK Native Link: Communicates directly with core aircraft flight governors to request precise trajectory corrections.
ROS / ROS2 Operating Support: Fully supports Robot Operating System environments for rapid deployment of autonomous navigation code.
Synchronized Telemetry Layers: Hard-links sensor logs with exact GNSS position tracking markers for precision map compiling.

Sealed, Vibration-Damped Enterprise Architecture

Industrial deployment means dealing with unrelenting sub-harmonic motor vibration, temperature swings, and aggressive weather conditions.

Industrial-Grade Shielding: Input/Output interface pins are shielded to maintain clean signal routing under heavy loads.
Structural Shock Defiance: Internal microelectronic dampening protects processing chipsets during high-wind turbulence.
Passive Thermal Heat-Sinks: Efficient metal housing channels high operational processing heat away without requiring exposed fans.

DJI Manifold 3 top cooling architecture — **Thermal Resilience:** Passive metal heat-sink balances temperatures during extreme processor execution.

Close up view of the I/O interface on the DJI Manifold 3 — **Expanded Interface Control:** Multi-port layouts accept real-time inputs from cameras, Lidars, and custom payload sensors.

Multi-Payload Data Aggregation

Acts as a single target processing nexus, taking simultaneous sensor feeds and merging them into an actionable field status overlay.

Dual Camera Feeds: Interlaces thermal targets alongside standard daylight structural video arrays for deeper context.
Lidar & Photogrammetry Sync: Feeds high-density environmental points directly into the processing board for quick-map generations.
Autonomous Payload Triggers: Translates on-the-fly computational logic into immediate mechanical payload relays.

Developer Note: To maximize power management efficiency during heavy edge processing tasks, lock your analytical models to utilize the optimized hardware acceleration layer within the Manifold core, freeing up main CPU overhead for secondary flight path operations.

Supported Tactical Airframes & Integration Platforms

The DJI Manifold 3 integrates natively into the DJI enterprise developer ecosystem using standard E-Port, Skyport, or OSDK communication layers:

Airframe Platform / Accessory Kit	Computational Integration Support	Quick Link
DJI Matrice 350 RTK	Full native hardware mounting support using official DJI E-Port developer connection brackets	View M350 RTK →
DJI Matrice M400 System	Direct dual-payload interlinking loop via standard onboard SDK network protocols and dual-gimbal setups	View M400 Range →
DJI Matrice 300 RTK	Legacy OSDK integration support via the physical dual-gimbal top or bottom expansion rails	View Enterprise Fleet →

What are the primary computing specifications of the Manifold 3?›

The Manifold 3 delivers up to 100 TOPS (Trillion Operations Per Second) of INT8 AI processing power, comprising 60 TOPS from its GPU and 40 TOPS from its dedicated Deep Learning Accelerator (DLA). The hardware is equipped with 16GB of high-speed LPDDR5 memory and a built-in 256GB SSD for onboard data and map storage.

Which DJI drone models natively support this edge computer?›

The Manifold 3 is designed exclusively for DJI’s next-generation enterprise platforms. It is fully compatible with the DJI Matrice 400, the DJI Matrice 4 Series, and the DJI Matrice 4D Series aircraft, connecting via the standardized onboard communications rail system.

How does the device plug in and draw power from the aircraft?›

The computer interfaces directly using DJI’s E-Port V2 connection, drawing 24V native power from the drone’s flight battery array. On the Matrice 400, it supports ports E1, E2, and E3, with E3 being the officially recommended mounting port. It features a rated maximum power consumption of 33W under heavy processing loads.

Is the Manifold 3 rugged enough for harsh field environments?›

Yes. The unit carries an industrial IP55 ingress protection rating, safeguarding internal circuits from dust and light water jets. It features an operational temperature envelope stretching from -20°C to 50°C, and its advanced passive-active thermal cooling design maintains a steady 25W throughput even in high desert ambient conditions of 40°C.

What development toolkits and SDKs are supported?›

The Manifold 3 is deeply integrated with DJI’s ecosystem, fully supporting the Payload SDK (PSDK V3), SkyPort V3, and Cloud API. This allows developers to access low-level raw drone data, read multi-spectral or LiDAR sensor feeds, decode hardware video streams, and send autonomous flight commands directly to the main flight controller.

What external interfaces and expansion ports are available?›

Alongside its primary E-Port interface, it features a high-speed USB 3.2 Gen 1 Type-C port delivering up to 5 Gbps transfer rates. This USB-C port supports USB Power Delivery (PD) input, allowing you to run the computer on your desk using a standard DJI 65W or 100W laptop charger. Note that the USB-C port does not support HDMI or DisplayPort monitor outputs.

Can Drone Sales UK assist with custom enterprise application setups?›

Yes. Drone Sales UK provides full enterprise consulting and hardware configuration for specialized developer kits. We can supply the Manifold 3 alongside matched Matrice 400 sensor payloads, custom mounting brackets, and development support to ensure your automated inspection or public safety AI application deploys flawlessly.

DJI Manifold 3 Onboard Computer · NVIDIA Jetson Orin NX System-on-Module · 100 TOPS AI Edge Performance · 16GB LPDDR5 RAM · 256GB NVMe SSD · PSDK V3 Native Integration via E-Port V2 · Compact Form Factor (~120g) · IP55 Weather-Resistant Enclosure · Power Delivery via USB-C 3.2

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DJI Manifold 3 — Onboard Computing Payload Specifications

A compact, ultra-lightweight edge computing powerhouse engineered for advanced aerial AI, computer vision, and real-time processing tasks. Harnessing up to 100 TOPS of AI compute performance within an IP55 weather-sealed housing, the Manifold 3 integrates seamlessly with enterprise drone platforms via E-Port or flexible USB-C Power Delivery options.

Up to 100 TOPS AI Computing Power
16GB LPDDR5 High-Speed Memory
256GB SSD High-Speed Storage
Ultra-Lightweight 120g Form Factor
IP55 Weatherproof Ingress Rating
E-Port V2 & USB PD Dual Power Paths

Core Processing & Architecture

AI Compute Throughput: Delivers an authoritative processing speed of up to 100 TOPS (Trillion Operations Per Second), evaluated using the standard INT8 computation precision layer based on a highly efficient sparse computing model design.
Volatile Memory Core: Equipped with a 16GB LPDDR5 memory layout to ensure rapid, low-latency concurrent processing channels for complex on-the-fly algorithm crunching.
Non-Volatile Storage Bank: Houses a reliable 256GB Solid State Drive (SSD) module to accommodate heavy data logging, offline AI model libraries, and flight metrics.

Physical Attributes & Environmental Protection

Chassis Footprint: Highly compact and form-fitting housing dimensions measured at exactly 98×57×36 mm (L×W×H).
Payload Mass: Engineered with a minimal structural footprint, scaling at a light 120 ± 5 grams to minimize negative impact on overall aircraft flight longevity.
Ingress Weather Defenses: Certified with an IP55 ingress protection rating under controlled environmental conditions, offering dependable defenses against localized dust infiltration and light rain bursts.
Thermal Tolerance Boundaries: Stabilizes internal core logic across a reliable operational field window spanning from -20° to 50° C (-4° to 122° F), with non-operational storage tolerances rated from -20° to 60° C (-4° to 140° F).

Connectivity Interfaces & Platform Ecosystem

E-Port Bus Integration: Outfitted with an enterprise E-Port connection interface, natively supporting the DJI Matrice 400 E-Port V2 system block.
High-Speed Serial Data Path: Integrates a standard external USB-C port running the high-speed USB 3.2 Gen 1 data protocol to achieve localized data pipe throughput speeds capping out at 5 Gbps.
Supported Flight Ecosystems: Purpose-built for flawless hardware communication loops when mated to the DJI Matrice 400, DJI Matrice 4 Series, and DJI Matrice 4D Series.
Matrice 400 Routing Constraints: When paired specifically with the Matrice 400 platform, the Manifold 3 restricts data functionality strictly to the E1, E2, and E3 ports of the E-Port V2 bus topology, with the E3 port designated as the primary recommended hardware channel.

Power Supply Infrastructure

Power Load Factor: Operates at a flat nominal power draw rating of 33 W during active compute processing.
Native Aircraft Power Input: Draws power directly from the carrier aircraft when utilizing the Matrice 400 E-Port V2 interface, relying on a regulated 24V DC input supply configuration.
USB Power Delivery (PD) Routing: Supports standalone edge power routing using standard commercial utility power bricks or adapters that match the USB Power Delivery (PD) protocol directly via the integrated USB-C interface.

* Computations performance curves are calculated under clean, optimized laboratory baselines. Real-world analytical throughput may vary based on localized system configurations, software algorithm efficiencies, and operating temperatures. The IP55 environmental protection shield is subject to standard physical wear and material fatigue over prolonged field usage cycles.