Long-Endurance Drone Platform With Power-Line-Level Obstacle Sensing
Engineered for Excellence, Designed for Versatility
DJI FlyCart 100 Achieve More Deliveries. Available from aerosmart, Authorised DJI Enterprise Dealer
Authorised DJI Enterprise Dealer Genuine Product, Full Warranty
100 Kg Single Battery / 85 Kg Dual Battery Maximum Payload Capacity
Delivery Across 14+ Countries With Export Documentation
DJI Care Enterprise Plus Available Through Aerosmart
The DJI FlyCart 100 is DJI's flagship cargo drone an industrial-grade heavy lift aerial delivery platform that redefines what is possible in professional drone logistics. With an 85 kg maximum payload capacity in dual battery mode and 100 kg in single battery mode, two independent payload systems, a flagship winch system, an integrated parachute safety system, and a powerful developer ecosystem, the FC100 breaks through the operational boundaries that previous generations of delivery drones were built around.
The FC100 was built for delivery operations that matter where loads are heavy, distances are long, terrain is challenging, and the safety architecture of the aircraft determines whether an operation can be approved for flight. Its LiDAR, penta-vision system, and millimetre-wave radar obstacle sensing, combined with a coaxial dual-rotor propulsion architecture and an intelligent advanced safety system, enable unstoppable delivery from mountains to oceans across the operational environments that represent the hardest challenges in commercial aerial logistics.
Two payload systems operating simultaneously, ultra-fast charging infrastructure, a brand new one-stop software solution, and seamless integration with a powerful developer ecosystem position the FC100 not just as a delivery vehicle but as the aerial logistics platform around which organisations build scalable, intelligent delivery programmes.
Aerosmart supplies and supports the DJI FlyCart 100 as an authorised DJI Enterprise dealer. Our team will ensure you receive the right configuration, the right regulatory guidance, and the complete support infrastructure from day one.
Performance, protection, payload, and software compatibility at a glance.
The DJI FlyCart 100 was engineered around a single performance objective: carry heavier loads, reach farther distances, and do both with the power efficiency that makes commercial-scale aerial delivery economically viable rather than technically impressive but operationally marginal.
85 kg Maximum Payload – Dual Battery Mode: Eighty-five kilograms of payload capacity in dual battery mode is not a specification that exists anywhere else in the commercial drone market at this scale. The FC100 carries loads that were previously the exclusive domain of manned helicopter logistics—spare parts assemblies, emergency medical equipment, construction components, and bulk supply packages that exceed the capability of every lighter delivery drone on the market. In dual battery mode, the full 85 kg payload is available across the complete operational range with the redundancy and safety headroom that heavy-load operations over populated areas and critical infrastructure demand.
100 kg Maximum Payload – Single Battery Mode: When operational requirements prioritise maximum load capacity over battery redundancy on shorter routes, at lower altitudes, or in scenarios where the operational risk profile supports single battery flight, the FC100 extends its payload capacity to 100 kg. A full 100 kg of cargo in a single autonomous flight represents a logistics capability that transforms the economics of aerial delivery for the load categories where helicopter operations are the current alternative.
12 km Maximum Flight Distance at 149.9 kg Takeoff Weight: Twelve kilometres of flight range at maximum takeoff weight is the operational figure that determines whether an aerial delivery route is within the FC100's practical capability. At 149.9 kg MTOW, 12 km of range covers the majority of last-kilometre delivery scenarios where aerial logistics adds the most value against ground alternatives. Island-to-shore delivery, river-crossing logistics, mountain community supply, offshore vessel resupply, and remote infrastructure access are all well within the 12 km range envelope at operational loads.
20 m/s Maximum Flight Speed: At 20 m/s maximum speed, the FC100 covers its 12 km delivery range in under ten minutes at full load—a delivery time that competes directly with fast ground transport on the routes where road access creates the delays that justify aerial delivery investment. Speed combined with 100 kg capacity is what positions the FC100 as a logistics infrastructure investment rather than a specialist equipment purchase.
32% Maximum Single-Axis Thrust Reserve: The 32% maximum single-axis thrust figure represents the power headroom the FC100 maintains above the hover requirement at maximum payload—the reserve that provides wind gust compensation, precise positioning control during winch operations, and the responsive manoeuvring that complex delivery environments require when the aircraft is carrying loads that approach its maximum capacity. Sufficient thrust reserve at maximum load is what separates a drone that can technically lift 100 kg from one that can deliver it reliably and safely.
Maximum Payload (Single Battery)
Maximum Payload (Dual Battery)
Maximum Flight Distance
Maximum Flight Speed
Coaxial Dual-Rotor System: The FC100's coaxial dual-rotor propulsion architecture achieves a compact physical footprint relative to its payload capacity, concentrating lifting power in a configuration that minimises the overall aircraft diameter while maximising the thrust available per unit of disc area. The coaxial design inherently provides propulsion redundancy in each rotor station. If one motor in a coaxial pair experiences a failure, the remaining motor on that station continues to generate partial thrust, and the flight controller compensates across the remaining stations to maintain controlled flight rather than an immediate loss of lift.
Propeller Stop Protection: Propeller Stop Protection adds a further layer of operational safety, preventing unintended motor activation during ground operations, loading, and maintenance procedures where personnel are in proximity to the rotor system. For heavy-lift operations where the consequences of an unexpected rotor activation are serious, Propeller Stop Protection is a practical safety mechanism that protects ground crew and cargo handlers throughout the loading and preparation process.
62-Inch Carbon Fibre Propellers: The FC100's 62-inch carbon fibre propellers deliver the combination of characteristics that heavy-lift propulsion demands—high rigidity to maintain aerodynamic geometry under the significant aerodynamic loads generated at maximum payload, lighter weight than equivalent aluminium designs, and high-temperature deformation resistance that maintains blade geometry in the extreme heat conditions encountered during hot-climate operations.
Optimised Airfoil & Enlarged Propeller Diameter: The optimised airfoil and enlarged propeller diameter improve energy efficiency over the hover power curve, reducing the battery energy consumed per kilogram-kilometre of payload delivered and extending the operational range at any given load relative to smaller, less efficient propeller designs. Upper motor propeller clamps reduce blade vibration throughout the flight envelope, stabilising the airframe for the precise positioning that winch mode delivery requires and reducing structural fatigue on the propeller mounts over the aircraft's operational life.
Motor and ESC Architecture: Larger motors with greater torque provide the rotational force that 62-inch propellers at heavy-lift loadings require without the thermal stress and performance margin erosion that smaller motors operating at the limits of their ratings would produce. The 420A ESC current rating ensures stable, reliable motor control with faster response times to flight controller commands—critical for the precise thrust modulation, winch positioning accuracy, gust compensation, and load-pendulum damping required during active delivery operations.
Independent Payload Bays
Precision Lowering Mode
Delivery Control Response
Delivery Throughput
The FC100 carries and manages two payload systems together, cutting the flights needed per delivery route.
The FC100 supports two independent payload systems operating simultaneously. It can carry a cargo mode load alongside a winch mode system at the same time delivering one package by direct landing while keeping the winch ready for precision lowering at the same stop or a second stop on the same route.
Two separate cargo consignments can be carried to two different delivery points in a single flight. This doubles the delivery throughput per sortie and halves the per-delivery flight cost on multi-stop routes, directly improving programme economics at scale.
The intelligent delivery control system provides ultra-fast response in payload operation release timing, winch speed, and cargo confirmation functions execute with the precision and speed accurate, reliable delivery at each stop requires, making dual payload capability a core driver of aerial logistics economics at scale.
The FC100's flagship winch system enables precision cargo lowering to delivery points where the aircraft itself cannot land the delivery scenario that represents the highest-value application for a 100 kg capacity aerial platform, because the locations where ground access is impossible are precisely the locations where a 100 kg aerial delivery capability has no ground-based alternative.
Precision Lowering to Inaccessible Points Vessel decks during active sea state conditions, elevated platform access points, rooftop delivery zones without clear landing areas, cliff-edge supply points, and suspended infrastructure access platforms are all within the FC100's winch delivery envelope. The aircraft hovers at safe altitude above the delivery point, the winch lowers the cargo at a controlled rate, the load reaches the delivery surface, releases, and the winch retracts the aircraft never contacts the delivery surface, and the delivery is completed with the positioning precision that the winch stabilisation system provides even in wind conditions that would prevent a direct landing approach.
Flagship-Grade Winch Performance The flagship winch designation reflects the performance level lowering capacity matched to the FC100's 100 kg payload capability, controlled descent rate that prevents load swing and impact damage on sensitive cargo, and positioning accuracy that enables reliable delivery to confined points without repeated approaches. For organisations building aerial logistics programmes around the FC100's heavy-lift capability, the winch system's performance determines whether the most challenging delivery scenarios in the programme are operationally viable or require fallback to alternative methods.
The FC100's intelligent advanced safety system is designed around the operational reality that a 100 kg aerial delivery platform operating over populated areas, critical infrastructure, and maritime environments must achieve a safety standard that justifies regulatory approval.
LiDAR for precise distance measurement and structural obstacle detection, a five-camera penta-vision system for wide-field visual obstacle detection and environmental awareness, and millimetre-wave radar for all-weather detection capability in rain, fog, and low-visibility conditions provide overlapping, redundant obstacle detection coverage across the full flight envelope. The failure of any single sensing system does not leave the aircraft without obstacle detection capability.
Precision ranging, wide-field context, and weather-independent detection working together across the full flight envelope.
For delivery operations where flight tempo directly determines programme throughput and economic performance, charging time between flights becomes a critical operational constraint. The FC100's ultra-fast charging system is designed to reduce this delay and keep the aircraft ready for repeated sorties.
Learn More ↗Ultra-fast charging reduces ground time between successive delivery sorties, enabling more flights per operating day from the same aircraft. This supports higher daily throughput on established routes and faster turnaround for time-critical delivery programmes.
Learn More ↗For medical supply chains, offshore logistics programmes, and emergency response operations, ultra-fast charging is the ground infrastructure specification that determines whether the FC100's flight capability translates into real programme-level throughput.
Learn More ↗The DJI FlyCart 100 is supported by a brand new one-stop software solution designed specifically around the operational requirements of heavy-lift commercial delivery. It integrates route planning, flight management, payload control, delivery confirmation, fleet coordination, and programme analytics into a single operational interface.
As an authorised DJI Enterprise dealer, aerosmart provides genuine products, heavy-lift delivery consultation, regulatory guidance, training, servicing, software integration support, and competitive enterprise pricing.
Every FlyCart 100 carries original DJI warranty, current firmware certification, and regulatory-compliant documentation. No parallel imports. No counterfeit risk.
Our team advises on payload configuration, dual versus single battery operation, winch system setup, software integration, and regulatory approval pathways before purchase.
Direct shipping with full export documentation and import duty guidance for every destination market.
Country-specific RPAS and heavy-lift cargo drone regulatory brief covering operator certification, heavy-lift operational authorisation, BVLOS approval, and parachute system regulatory requirements.
Dubai-based technical team for system diagnostics, software integration support, and hardware maintenance throughout the operational life of the aircraft.
FC100 operation, winch mode delivery, dual payload management, DeliveryHub fleet management, and developer ecosystem integration training available remotely and in-person.
Contact aerosmart for system pricing, multi-aircraft fleet configurations, and complete heavy-lift delivery programme quotes.
The DJI FlyCart 100 incorporates DJI's enterprise data security framework: AES-256 Video Transmission Encryption, Local Data Mode to disable external connectivity during sensitive operations, Media Data Encryption for stored flight and delivery data, and Developer Ecosystem API Security for third-party platform integrations.
For defence, government, and sensitive commercial delivery programmes where cargo manifest information, route data, and operational patterns represent classified or commercially sensitive information, Local Data Mode ensures that operational data remains within the operator's controlled environment throughout every delivery flight without external transmission.
Every DJI FlyCart 100 purchased through aerosmart comes with access to DJI Care Enterprise Plus covering the aircraft from activation date.
All DJI Care Enterprise Plus activations and warranty claims are handled directly by aerosmart no overseas routing and no third-party intermediaries.
Unlimited free repairs within the coverage limit for the full plan duration.
One battery replacement per year payload performance kept consistent.
Shared coverage limit across your entire fleet for multi-unit operations.
Mail-in repairs with two-way shipping no hidden logistics costs.
DJI-certified engineers using original manufacturer components on every repair.
Additional 1-year warranty option available covering major system components.
The DJI FlyCart 100 is available from aerosmart, an authorised DJI Enterprise dealer with delivery across 14+ countries. Contact our team for pricing, configuration advice, and availability.
The DJI FlyCart 100 carries a maximum payload of 100 kg in single battery mode and 85 kg in dual battery mode, making it the highest payload-capacity aircraft in DJI's commercial drone portfolio and one of the most capable heavy-lift delivery drones available.
The DJI FlyCart 100 achieves a maximum flight distance of 12 km at its maximum take-off weight, making it suitable for last-mile logistics, industrial transport, offshore supply, and cross-terrain delivery operations.
The FlyCart 100 supports payloads of up to 100 kg, dual payload systems, a flagship winch, coaxial dual-rotor propulsion, LiDAR, penta-vision sensing, millimetre-wave radar, and an integrated parachute. The FlyCart 30 supports up to 40 kg payload with a standard winch and is ideal for commercial delivery applications requiring lower payload capacity.
Yes. The FlyCart 100 includes an integrated parachute safety system that automatically deploys during defined emergency scenarios to reduce descent speed and minimise ground impact, supporting safe heavy-lift operations over populated areas and critical infrastructure.
The FlyCart 100 combines LiDAR, a five-camera penta-vision system, and millimetre-wave radar to provide redundant obstacle detection and reliable flight safety across all weather and operating environments.
Yes. The FlyCart 100 features a flagship winch system that enables precision cargo lowering to locations where landing is impractical, including vessel decks, rooftops, elevated platforms, confined work areas, and difficult-to-access delivery points.
The FlyCart 100 is supported by DJI DeliveryHub, providing fleet management, route scheduling, delivery tracking, mission history, operational analytics, and integration with ERP, logistics, and third-party software platforms through an open developer ecosystem.
DJI FlyCart 100 pricing varies depending on aircraft configuration, accessories, and destination country. Contact aerosmart for an accurate quotation tailored to your delivery programme and operational requirements.
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