SkyNaavic designs and builds custom UAV platforms end to end, trains the pilots who fly them, and sets up the classrooms and labs where the next generation learns to build them.
Most drone vendors specialise in one link of the chain. SkyNaavic owns the whole thing — from the first sketch of an airframe to the lab where a student solders their first flight controller.
Airframe design, structural analysis, and payload integration tailored to the mission — not a catalogue part number.
In-house assembly, quality checks, and batch production for agriculture, mapping, surveillance, and custom-mission drones.
Diagnostic, repair, and refurbishment services for drones in the field, backed by genuine spare parts and components.
Turnkey drone labs for schools, colleges and skilling centres — hardware, curriculum, and instructor support included.
Every SkyNaavic project — a custom airframe, a repair job, or a full lab — moves through the same disciplined sequence.
We start with the mission — payload, terrain, endurance, and budget — before a single component is chosen.
Airframe and systems are modelled and reviewed with the client before committing to a physical build.
Components are assembled in-house and put through electrical, structural, and control-loop checks.
Test flights validate stability, range, and payload behaviour against the original mission brief.
Delivery comes with full documentation and onboarding support, so the aircraft — or classroom — is ready to use from day one.
A sample of the platform classes we design and manufacture. Every build can be customised further for payload, range, and terrain.
Multirotor sprayers built for tank capacity, coverage speed, and rough-field reliability.
Fixed-wing and hybrid platforms tuned for stable imagery and long-endurance mapping runs.
Stable, low-noise platforms built for perimeter monitoring and night-capable observation.
Custom airframes engineered around a client's exact payload, range, and environment requirements.
Rugged, repairable kit drones designed for classroom assembly and hands-on lab coursework.
Rapid prototyping for new airframe concepts, novel payloads, or experimental configurations.
We set up drone design and manufacturing labs for schools, engineering colleges, and skilling centres — the hardware, the curriculum, and the people who can teach it.
Soldering stations, hand tools, and safe electronics workbenches sized for a full classroom.
Student-safe drone kits, frames, motors, and flight controllers for hands-on assembly.
Flight simulator stations so students log stick time before ever touching a live aircraft.
Structured lesson plans and instructor onboarding so the lab runs long after we leave.