Experience the ultimate in versatility and performance with the FlySpark Hybrid-Wing VTOL Drone. Designed for professional aerial mapping, surveying, and long-range inspection, this platform seamlessly transitions between VTOL hover and efficient wing-borne cruise. Its high-strength, 3D-printable airframe (min. print bed 220 × 220 mm) supports a maximum takeoff weight of up to 3 kg, accommodating your choice of payloads—multispectral cameras, LiDAR modules, or drop-release systems.

Key features include:

• Hybrid VTOL Design: Four tilt-motor configuration for stable vertical lift and rapid forward flight without runway requirements.

• Optimized Aerodynamics: 1340 mm wingspan and swept-back tips deliver a glide-enhanced lift-to-drag ratio, ensuring efficient flight at 60–70 km/h.

• 4 Hour Endurance: Extended flight time up to 4 hours for prolonged missions, surveys, or inspections.

• Modular Payload Bay: Rated for 2–3 kg AUW, with easy-access mounting rails for quick mission reconfiguration.

• Durable 3D-Printable Frame: Print your own airframe components on any 220 × 220 mm bed using carbon-fiber-reinforced PLA or PETG for lightweight strength.

• Long-Range Capability: Achieve up to 20 km line-of-sight range when paired with ELRS or similar long-range radio links.

• Compact Footprint: 990 mm fuselage length for easy transport and storage in field cases.

Whether you’re deploying for agriculture surveys, infrastructure inspection, or research missions, the FlySpark gives you runway-free lift, wing-borne endurance, and up to 4 hours in the air—all in one adaptable package.