Talk to us
SPATICS
Loading the aircraft…

Indigenous Flight Avionics Suite

One sovereign stack, from stick to rotor.

Aircraft, flight electronics, ground control and an AI copilot for the boards behind them. Designed, engineered and manufactured in Bharat by one team in Bengaluru.

Explore the suiteRequest a briefing
  • 7products in one suite
  • 100%SPATICS IP
  • DPIITrecognised, Udyam MSME

Make in IndiaSparrotronics Private Limited

Scroll to see the suite

A platform is only as domestic as its least domestic board. Every schematic, layup and line of firmware here is SPATICS IP.

Shadanga, “six-limbed”.

A modular six-rotor platform for close-range inspection and field service. It holds beside the asset with the Drishti gimbal under its nose, swaps its belly module on quick-release rails and runs one Vega controller in each arm.

30 to 40 minHover endurance
10 to 12 kgTake-off weight
8 to 10 kmEncrypted link
3 kg moduleMission bay

Indicative targets, subject to engineering validation.

Shadanga hexacopter: six carbon arms, twin top battery packs and the Drishti gimbal under the nose
View Shadanga

Every part has a domestic source.

The flight computer, speed controllers, telemetry, airframes and ground station are SPATICS designs on SPATICS boards.

10 to 30×Optical zoom

Wide, zoom and thermal cameras, a laser rangefinder and an illuminator in one stabilised head, on a quick-release plate under Shadanga.

View Drishti
Drishti camera gimbal
Vega motor controller
Sanket FPV air system
Kendra ground station
Netra FPV goggles
Uddan fixed-wing VTOL

How the seven connect.

One connector family, one encrypted link and one ground station tie the seven together, so a crew trains once.

  1. Air

  2. Electronics

  3. Ground and pilot

Point at a product to see its links. Select it to open its page.Keyed power and data socket, DroneCAN telemetry, MAVLink control and 5.8 GHz digital video.

One platform, four missions.

Shadanga holds beside a tower, a line or a tank while Drishti reads a tag or a crack from a safe stand-off, then confirms hot spots on thermal.

  • Towers
  • Power lines
  • Tanks
  • Bridges
Beta

Circute.AI, conversational EDA inside KiCad.

Describe a board in plain language and Circute.AI returns the schematic, an auto-routed layout and Gerber exports in minutes. It checks every change against the design rules, and nothing is written until you keep it.

Request an inviteSee how it works
Circute.AI panel beside the KiCad PCB editor: a design-rule check finds 23 errors, a placement fix is applied, and the re-check shows none, with Keep and Discard at each checkpoint.
Illustrative: a KiCad sample board with a demonstration conversation. Circute.AI is in beta.

The boards you cannot import, designed here.

Battery management, flight controllers and custom PCBs, taken from requirement to production files by the team that designs the suite.

  • Battery management systems

    Cell monitoring, balancing, protection and telemetry for multi-cell packs, sized to the airframe and the mission.

    Requirement to production files

  • Flight controllers

    Controller boards built around the sensors, radios and interfaces your aircraft carries, from the same lineage as the suite.

    Schematic, layout and bring-up

  • Custom PCBs

    Sensor boards, power stages, interface adapters and payload electronics: any board missing between requirement and flight.

    DFM, prototypes and test

See design services

Building a platform that has to be made in India?

Tell us your programme and platform. A SPATICS engineer follows up with a technical briefing under NDA and a demonstration schedule.

Request a technical briefinginfo@spatics.in