G1 M
AVAILABLE Q3 2025

MTOW
Dry Weight
Payload
Forward Speed

210 lbs
90 lbs
50 – 60 lbs
65 mph

The G1M is our flagship military aircraft.

Developed in close collaboration with military units, the G1M has been proven in the field, tested under extreme conditions, deployed in harsh environments, and trusted to deliver sensitive payloads with precision and reliability.

Over 1 to 1 lift capacity
Soaring’s unique hardware allows our drones to carry more than their own weight in additional payload.

Stable Drop

The mixed-control software allows the drone to maintain stability while dropping heavy payloads from mid-air.

Precision Yaw

Soaring’s novel rotor system allows for a range of turns between smooth and sharp.

Forward Stability

Our patented segregated rotor system allows for a smooth transition from lift to cruise.

Competitive Advantages

Variable Pitch

Variable pitch tractors at the front of aircraft enable movement in any direction without tilting, providing precise control.

Heterogeneous Rotor Architecture

Smaller rotors enhance maneuvering, while larger rotors support the aircraft’s weight, increasing agility.

Mixed Control Coaxial

Maximizes hover efficiency and prevents efficiency loss during forward flight, and enables negative thrust for emergencies or precision maneuvering.

G1 in Flight

Soaring drones autonomously navigate through challenging environments, delivering critical supplies with unmatched precision and reliability.

Schedule a Demo

From design to deployment, we are committed to providing solutions that ultimately may save lives

Aram Arutyunyan, Lead Designer

Explore The G1 Platform

Unique Hardware

Select an element to see the G1 Platform novel innovations. 

G1 Platforms
Frame
Tractors
Body
Batteries
Legs

G1 Software

The G1 Platform provides unprecedented software autonomy and easy integrations

Easy Payload Integration
The smart payload system optimizes drone tasks like delivery or surveying, ensuring stability and precise operation.
Mixed Flight Control
Unique flight controls blend variable pitch and RPM for stable and efficient flight with mixed propeller systems.
Advance Ratio
The Internal Variable Pitch Mechanism adjusts rotors to maintain efficiency in high winds and fast speeds.
Dynamic Payloads
The dynamic payload system allows quick, stable deployment and retrieval of equipment without landing. (edited)

Revolutionizing supply, one flight at a time.

Soaring drones autonomously navigate through challenging environments, delivering critical supplies with unmatched precision and reliability.

Schedule a Demo

Mixed Control Coaxial

Maximizes hover efficiency; enables emergency negative thrust for precision.

Heterogeneous Rotor Architecture

Smaller rotors improve maneuverability; larger rotors support weight.

Variable Pitch

Variable pitch tractors allow multidirectional movement without tilting.

Scroll to Top