We offer our own MX860‑class heavy‑lift multirotor frame, engineered for professional missions that demand reliability, modularity, and long service life. Building on the proven form factor, our variant adds a flexible payload ecosystem, an onboard, remotely accessible network stack, and a rich sensor suite—validated across demanding environments from the Dolomitic Alps to open‑sea operations.

Key highlights

• Mission‑proven airframe: Rigid, lightweight carbon structure with transport‑friendly folding geometry and rapid setup. Designed for repeatable, high‑duty cycles and straightforward field maintenance.

• Multiple payloads, field‑tested: Supports gimballed EO/IR cameras, mapping stacks, LiDAR, release mechanisms, and custom integrations. We’ve validated swappable payloads for surveying, inspection, cinematography, SAR, and maritime operations.

• Onboard networking with ground access: Integrated LTE/5G/Wi‑Fi/mesh options, VPN‑ready. Secure remote access from the ground station for telemetry, health monitoring, file transfer, and live data streams. API endpoints available for automation and fleet tools.

• Rich sensor suite: GNSS (multi‑constellation) with RTK option, dual IMUs, magnetometer, barometer; extendable with rangefinders, radar/ADS‑B, and environmental sensors. Supports precision navigation and advanced autonomy stacks.

• Redundancy and safety: Octo‑class propulsion for motor/prop fault tolerance, advanced failsafes, return‑to‑home/geo‑fencing, and health diagnostics. Compatible with professional flight controllers and enterprise avionics.

• Operations‑ready: Proven in alpine highlands (Dolomitic Alps) and maritime conditions (at sea) across a wide range of projects, including mapping, infrastructure inspection, environmental surveys, media capture, and emergency support.

Technical Specifications (Rephrased)

• Model / Class: MX860‑class professional heavy‑lift octocopter

• Wheelbase: 860 mm

• Airframe Weight (incl. installed battery set): 9.96 kg

• Battery Configuration: Dual ARES 6S 30 Ah or 6S 36 Ah packs (combined battery mass ~5.2 kg)

• Maximum Take‑Off Weight (MTOW): 19.96 kg

• Representative Endurance / Hover: Up to ~50 min (light payload); ≥49 min @ 3 kg payload; ≥40 min @ 5 kg; ≥24 min @ 9 kg (calm conditions)

• Vertical Performance: Ascend up to 5 m/s; descend up to 3 m/s

• Horizontal Cruise / Max Speed: Up to 20 m/s

• Position Hold Accuracy (non‑RTK): Vertical ±0.2 m; Horizontal ±0.1 m

• Wind Resistance: Operational up to 14 m/s wind

• Environmental Protection: IP52 rating (dust & light water spray protection)

• Operating Temperature Range: −15 °C to +50 °C

• Propulsion System: T‑MOTOR heavy‑lift drive set

• Dimensions (Folded, with landing gear, no propellers): 433 × 413.5 × 250 mm

• Packaged Transport Size: 520 × 515 × 385 mm

• Network Stack (variant): LTE/5G, 2.4/5 GHz Wi‑Fi, optional mesh/VPN secure remote access

• Tested Mission Domains: Alpine (Dolomitic) highlands, offshore/marine project sites

What sets our variant apart

• End‑to‑end payload workflow: We provide mounts, wiring looms, and calibration procedures for fast payload swaps and repeatable results.

• Network‑centric operations: Built‑in secure connectivity enables remote oversight, over‑the‑air updates, and real‑time data delivery without compromising flight safety.

• Sensor extensibility: A clean, documented integration path for additional sensors and compute, from companion computers to edge AI modules.