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© 2026 VyomikX. All rights reserved.

Built by Team VyomikX.

All Projects
Aerial RoboticsYear 2026

RC Plane

A hand-built fixed-wing RC aircraft designed, balanced, and flown by the team.

AerodynamicsRC SystemsBrushlessFlight Testing
Depron foam RC plane wing profile & motor assembly

Depron foam RC plane wing profile & motor assembly

Download Technical GuideJoin a Build Workshop

Overview

Our RC plane project covered the full journey of flight: airfoil selection, control-surface design, centre-of-gravity balancing, and maiden-flight trimming.

Highlights

  • Foam-board airframe with reinforced spar
  • Three-channel control: throttle, elevator, rudder
  • Carefully balanced centre of gravity
  • Successful maiden flight and landing

The Challenge

Achieving a stable, trimmed flight demanded precise CG placement and control-throw tuning before the first launch.

The Outcome

Completed multiple controlled flights, giving the team its first taste of aeromodelling.

Project Media & Build Gallery

[4 PHOTOS]
Depron foam RC plane wing profile & motor assembly

Depron foam RC plane wing profile & motor assembly

Specifications

Wingspan
~1 m
Motor
Brushless 1000KV
Radio
2.4GHz 6-Ch
Servos
3x 9g
Airframe
Foam Board
Battery
3S LiPo
Build one with us

More Projects

Tesla CoilElectronics
2026

Tesla Coil

A slayer-exciter Tesla coil that produces visible high-voltage arcs and wirelessly lights bulbs.

Why we built this

High-voltage demos inspire curiosity; we designed ours with safety cut-offs so we can bring electromagnetism to any classroom.

Free technical report & Drive guide available

Object Collision-Avoiding RobotAutonomous Systems
2026

Object Collision-Avoiding Robot

An autonomous rover that sweeps an ultrasonic sensor to detect obstacles and steer around them.

Why we built this

Autonomy made simple: our clean, commented code lets beginners understand every line and extend the robot themselves.

Free technical report & Drive guide available

Self-Balancing RobotControl Systems
2026

Self-Balancing Robot

A two-wheeled robot that stays upright in real time using an IMU and a PID balance controller.

Why we built this

Control theory on a budget — we're building this so students can experiment with PID tuning without industrial equipment.

Free technical report & Drive guide available