The Scooper 120 represents a paradigm shift in unmanned aerial systems, built upon Vestal’s revolutionary and patented SCOOP wing technology. The aerodynamic design generates lift at exceptionally low speeds, enabling superior flight efficiency and endurance. A fully electric propulsion system ensures silent operations with a minimal heat signature, making it the ideal platform for missions requiring precision, undetectability and cost-effectiveness.
8–10 hours
60% of MTOW
200L free internal volume
17–90 knots
takeoff <20m
Fully electric, Low LCC
Radar, Thermic, Acoustic
The concept of channel-wing lift began when Willard Custer observed strong winds lifting a barn roof, proving that lift could be generated without forward velocity.
For decades, engineers attempted to harness this powerful principle. Several aircraft were built and flown, but the technology of the era was a barrier. The right formula for a stable, efficient platform remained elusive.
Vestal has perfected this vision. By integrating advanced materials, sophisticated flight controls, silent electric propulsion, and modern computational analysis, we have created a platform that redefines the known flight envelope.
The Operational Need: Immediate, accurate, and covert intelligence support for units operating far from logistical bases.
The Solution: A tactical persistence platform that combines the field deployability of drones with the performance of larger UAV systems.
The Aircraft’s Advantage:
The aircraft can be easily and quickly disassembled and reassembled by a team of two people, in a compact transport case, allowing deployment via vehicle or air directly to the operational area.
Runway independent. All Scooper aircraft perform extreme Short Takeoff & Landing (eSTOL) in under 20 meters on rough terrain, ensuring full logistical independence without complex infrastructure.
Low-signature design (Radar, Acoustic, Thermal) enables covert flights over sensitive areas, carrying multi-sensor payloads for high-value intelligence gathering.
The Operational Need: High-resolution mapping of large linear assets (power lines, pipelines, borders) and areas that exceed the range and endurance of standard multirotors.
The Solution: An extended-range surveying platform that combines the precision of high-quality optics in slower speeds with the coverage capacity of fixed-wing systems.
The Aircraft’s Advantage:
Capable of carrying significant payloads
(Useful weight up to 60% of MTOW)
for superior multispectral and high-res imaging.
5X-8X area coverage per flight compared to multirotors,
delivering 50-80 mile BVLOS range versus
the 10-mile industry average.
Displaces expensive manned solutions and inefficient drones, reducing cost per hectare and offering superior mission ROI.
A retired General and former IAF Chief of Staff, Hagi brings decades of leadership from the Israeli Defense Forces and executive experience from Elbit’s UAV Division.
A retired Colonel and former IAF Flight Academy Commander, Micky is an experienced CEO with a proven track record in strategic growth, global operations, and fundraising in the tech and industrial sectors.
With over 40 years of aviation expertise as an IAF Combat Pilot and senior UAV operator, Chen is the visionary behind Vestal's core technology and a senior advisor to the Ministry of Defense.
With over a decade of proven success in managing multidisciplinary and technology-oriented projects, Dar brings strong leadership and operational excellence to the team.
An experienced airline pilot and UAS specialist with extensive global aviation expertise across multiple aircraft types, skilled in project management, mission planning, and flight testing.