No Chinese silicon or firmware
Every part traceable.
Each product ships with a bill of origin, so you know where every component comes from.
Unveiling January 2027
Designed in India. Built to fly.
Indigenous FOC propulsion electronics for India's drones.
--Days
--Hours
--Min
--Sec
Early access for partners: Q1 2027. Production availability: mid-2027.
12SMaximum input
60AContinuous current
FOCSinusoidal control
CANDroneCAN telemetry
Vyuha D-ESC 60. Preliminary specifications, subject to change.
Why Vyuha
Propulsion you can trace, tune and trust.
Field-oriented control
Smooth from the first rev.
Smoother thrust, higher efficiency and quieter motors than conventional trapezoidal ESCs.
Telemetry on every motor
Know what each motor is doing.
Reported back over DroneCAN.
Built and supported in India
Engineers a phone call away.
Local engineering, fast customisation and no import delays.
Products
Two controllers. One standard.
Compact FOC electronics for the motors that lift, steer and steady India's drones.
FOC drone ESC
D-ESC 60
For defence and industrial multirotors.
- Input
- 6S–12S
- Current
- 40–60 A continuous
- Control
- Sinusoidal FOC
- Inputs
- DroneCAN, PWM, DShot
- Telemetry
- Current, temperature, RPM
- Finish
- Conformal-coated
Gimbal and payload-servo controller
G-FOC Mini
For gimbals, payloads and robotics.
- Input
- 12–24 V
- Current
- 5 A
- Feedback
- On-board magnetic encoder
- Interfaces
- CAN-FD, USB-C
- Software
- Tuning software included
A-ESC 100
14S, 80–100 A, IP67 ESC for agricultural drones.
S-FOC 48
48 V, 30–40 A controller for actuators.
Preliminary specifications, subject to change.
Technology
Steps out. Sine wave in.
The difference between a motor that buzzes and one that glides.
A conventional ESC drives a motor in six hard steps. Current switches abruptly between phases, and the motor feels every jump.
Field-oriented control tracks where the rotor is and shapes a smooth sine wave of current to match, so the magnetic field always pushes where it does the most work.
- 1
Precise torque control
Torque follows the command closely, from a slow hover to a sharp correction.
- 2
Efficiency
Current goes into turning the rotor, not into heat, so batteries go further.
- 3
Low noise and vibration
No abrupt steps means less whine and calmer frames for cameras and sensors.
Made in India
Indigenous by design.
We know where every part comes from, who wrote every line of code and where every board is built. So will you.
Vyuha is Sanskrit for a battle formation. Our three rings, offset by 120°, are that formation and a three-phase motor's rotating field. The red dot is a drone entering it.
- Designed in BengaluruHardware, firmware and test under one roof.
- Manufactured in IndiaBy a manufacturing partner registered with ISRO and DRDO.
- Non-Chinese semiconductorsFrom established global suppliers.
- A bill of origin with every productEvery component, and where it came from.
- Firmware written in-houseNo borrowed code. No black boxes.
Design Partner Programme
We're selecting 5–8 drone makers to fly our first units.
What partners get
- Early units at partner pricing
- Direct access to our engineering team
- A say in which firmware features come first
What we ask
- Flight feedback and logs
Apply to be a partner
Limited places. Partner flights run from February to May 2027.
Timeline
The road to flight.
January 2027
Unveiling
The full line-up, revealed on Republic Day.
Feb–May 2027
Design-partner flights
First units fly with our design partners.
Mid-2027
Production availability
Orders open for production volumes.
Early access for partners: Q1 2027. Production availability: mid-2027.
Early access
Be first to fly Vyuha.
Tell us about your drones. We'll send datasheets as they're ready and reply to every enquiry personally.
Thank you.
You're on the early-access list. We'll be in touch from hello@vyuhaaerosystems.com.