A full-stack UAV propulsion platform for payload drones. Motor, propeller and
control algorithms designed, built and validated together in India, rather than
assembled from off-the-shelf parts.
In-house developed motor and propeller assembly, engineered and validated as one integrated unit.
01 The Problem
Endurance is the ceiling on payload drones.
Globally
Payload drones are limited by endurance. Battery energy density has plateaued, so
the next meaningful gains in flight time can no longer come from the pack.
They have to come from the propulsion system that spends it.
That puts the motor, the propeller and the control driving them back at the centre
of the problem.
In India
No domestic company manufactures a full-stack UAV propulsion system built for long
endurance under payload. Indian builders import it instead, at high cost and
from a heavily concentrated source.
≈80%
of imported drone propulsion originates from China, a dependency India
needs to end on cost grounds and on strategic ones.
02 Our Solution
One propulsion stack, co-optimised end to end.
Galewings designs the motor, the propeller and the control algorithms as a single
system, and validates them together. Matching them to each other, instead of
bolting together three parts that were each optimised alone, is where the
endurance comes from.
Motor
Electromagnetic and mechanical design carried out in-house, on high-quality materials.
Propeller
Matched to the motor’s operating envelope rather than selected from a catalogue.
Control
Drive algorithms developed in-house and tuned against the motor they run on.
Motor, propeller and control are designed and validated together, as one unit.
The result is longer endurance at lower cost than imported alternatives, manufactured in India.
03 Technology
Validated on the bench, not on a datasheet.
The motor is bench-validated. In comparative testing it has demonstrated efficiency
exceeding that of major established motor manufacturers.
Efficiency comparisons are measured at system level (motor plus propeller), as
propeller configurations differ across manufacturers.
We do not publish detailed test data on this page. We walk through it directly, with
context, in a technical briefing.
Electromagnetic design
The motor’s magnetic design is developed in-house, not sourced as a module.
Mechanical design
Mechanical design and material selection are done in-house, for the loads the system actually carries.
Control algorithms
The drive algorithms are written in-house and tuned against the motor they run on.
04 Why Galewings
Built here, for the way Indian payload drones actually fly.
Made in India
Designed, developed and manufactured domestically, which cuts exposure to imported supply.
In-house design and algorithms
Mechanical design, electromagnetic design and control software all happen under one roof.
Cost-effective versus imports
Built to come in below the cost of imported propulsion, not simply to match it.
Endurance under payload
Engineered for the case that matters to operators: staying airborne longer while carrying load.
05 Contact
Request a technical briefing.
We will walk through the propulsion stack, the validation behind it, and how it fits
your airframe. Write to us directly. There is no form to fill in.