Short Description
The FlySpark Hybrid-Wing VTOL Drone pairs vertical takeoff convenience with efficient wing-borne cruise. Boasting a 1600 mm wingspan, 1000 mm fuselage length, and 2–4.5 kg all-up weight, it sustains 60–70 km/h at up to 4 hours on a single battery. Fully 3D-printable on a 220 × 220 mm bed.

Long Description
Elevate your aerial missions with the FlySpark Hybrid-Wing VTOL Drone. Engineered for professional mapping, surveying, and long-range inspection, this platform transitions seamlessly from hover to high-efficiency forward flight. Its reinforced, 3D-printable airframe supports up to 4.5 kg AUW, carrying multispectral cameras, LiDAR sensors, or cargo-release modules.

Key Features

• Hybrid VTOL Capability: Four tilt-rotors deliver stable vertical lift and rapid wing-borne cruise—no runway needed.

• Enhanced Aerodynamics: A 1600 mm wingspan with swept tips optimizes lift-to-drag ratio, ensuring a smooth cruise at 60–70 km/h.

• 4 Hour Endurance: Extended flight time for large-area surveys, search operations, and long-duration inspections.

• Modular Payload Bay: Accommodates 2–4.5 kg AUW; quick-release mounting rails simplify mission swaps.

• 3D-Printable Frame: Print airframe components on a standard 220 × 220 mm bed using carbon-fiber reinforced PLA or PETG.

• Compact Transport: 1000 mm fuselage fits in field cases for easy deployment.

• Long-Range Links: Pair with ELRS or equivalent for up to 20 km line-of-sight control.

Ideal for agriculture, infrastructure assessment, and environmental monitoring, the FlySpark delivers runway-free lift, wing-borne endurance, and unmatched mission flexibility.