Drone lab
Drone kit
Flight simulator
FPV kit
Ground station
The Drone Lab equips students in grades 9-12 with hands-on airframe assembly, flight electronics, manual and autonomous flight, and telemetry skills through guided workbench stations, simulator training and a structured build-to-fly learning progression all mapped to PM SHRI and NEP 2020 experiential-learning requirements.
Equipment overview
17 equipment categories across build, test and flight-ops capability
Build & assembly
Core quadcopter training platforms
VIKAS quadcopter combo with Pixhawk flight controller, charger and foundational UAV hardware - the centerpiece for build, calibration and test flying.
Power and flight spares
Motors, spare ESCs, propellers, power distribution boards and connectors for uninterrupted propulsion and power lessons.
Battery and charging ecosystem
Spare batteries (5200 mAh & 2200 mAh), chargers and charging accessories for longer sessions and safe charging practice.
3D printing & rapid prototyping
3D printer with PETG multicolor filament for mounts, guards, brackets and student-designed custom parts.
Assembly & repair toolkit
Handheld drill, electric screwdriver, screws, glues, wire assortment and portable toolkit for independent bench work.
Soldering & rework station
Solder iron, solder paste and hot-air rework capability for cable termination, ESC swaps and PCB touch-ups.
Workbench & lab furniture
Dedicated work-bench infrastructure for organized, supervised build and test activity.
Test & diagnostics
Precision diagnostics & measuring
Multimeter, small scales sets and tweezers for voltage, continuity and weight validation.
Bench power & instrumentation
DC regulated power supply and spectrum analyser for controlled electronics testing without flight batteries.
Thrust testing & performance
Thrust stand for measurable, repeatable propulsion and propeller comparison.
Environmental validation tools
Anemometer and airflow-related field aids for wind-aware pre-flight planning.
Spectrum analysis & RF awareness
Spectrum analyser for advanced communication, interference and signal-behavior study.
Flight ops, safety & simulation
Telemetry & communication modules
Telemetry radios and ground-to-air interfaces for live data monitoring and mission diagnostics.
FPV camera & TX/RX integration
On-table demonstration drone, camera and transmitter/receiver set for payload and live-video familiarization.
Drone on Table (DOT) platform
A bench-mounted live drone system - real components, motors and sensors run safely grounded for hardware debugging.
Simulator software & content
Simulator software and structured educational material for crash-free orientation before live flying.
Safety, storage & flying zone
Drone case and drone flying net for protected practice and safe equipment storage.
Training roadmap
How the curriculum progresses over the school year
1
Months 1 - 3
Flight basics & safety
2
Months 3 - 6
Intermediate operations
3
Months 6+
Advanced applications
Equipment packages
Click any package for the full item list
P 1
Beginner drone kit
Entry-level drone with basic accessories for learning.
8 items
View Details
Request Quote
P 2
Beginner drone kit
Entry-level drone with basic accessories for learning.
8 items
View Details
Request Quote
P 3
Beginner drone kit
Entry-level drone with basic accessories for learning.
8 items
View Details
Request Quote
P 4
Beginner drone kit
Entry-level drone with basic accessories for learning.
8 items
View Details
Request Quote
Key learnings
Airframe assembly
Build & balance from parts
Flight electronics
ESCs, motors, batteries
Manual & autonomous flight
Stick skills to GPS missions
Telemetry & ground control
Live data, mission planning
Coding & AI
Firmware tuning, obstacle avoidance
Regulatory awareness
Drone rules & airspace safety
Why schools should build it
Fulfils NEP 2020’s experiential and innovation-based learning mandate directly
Builds real flight, electronics and troubleshooting skills, not just theory
Covers one of the fastest-growing skillsets in aerospace and robotics careers
Prepares students for drone olympiads, innovation challenges, and STEM careers
Frequently Asked Questions
What is a Drone Lab?
A dedicated, equipped space where students assemble, program and fly UAVs - covering airframes, flight electronics, simulators and both manual and autonomous flight.
Who funds and monitors the lab?
Setup is funded through the school’s grant allocation and procured via GeM; usage and outcomes are tracked by the nominated in-charge teacher each term.
What is the minimum space and infrastructure required?
A dedicated workbench room of 1000–1200 sq ft plus access to a netted or open flying area, stable power points and internet connectivity.
Is it aligned with PM SHRI and NEP norms?
Yes - the equipment list, curriculum progression and space guidelines are mapped directly to PM SHRI infrastructure norms and NEP 2020’s experiential and innovation-based learning mandate.
Copyright © 2026 First Step Innovation