The short answer
Each build is a complete vehicle for a college project or a competition team: what it needs, the design numbers worked through, and a parts list priced in rupees that you can add to the cart in one go. Parts we don't sell, such as batteries and transmitters, are listed separately so nothing is missed.
What each build costs
| Build | Parts | Subtotal | Ordered together |
|---|---|---|---|
| 7-inch autonomous quadcopter on ArduPilot: parts list and flight-time sums | 6 | ₹1,08,668.20 | ₹84,544.20 |
| Drone for a final-year project: parts list and design calculations | 2 | ₹1,01,582.30 | ₹1,01,176.30 |
| Autonomous payload-drop drone for NIDAR, AeroTHON and similar contests | 2 | ₹1,56,573.22 | ₹1,56,103.22 |
| Building an underwater ROV for a student project: parts list | 21 | ₹5,27,872.03 | ₹3,82,707.03 |
| Building a competition AUV for SAUVC or RoboSub: parts list | 24 | ₹6,43,271.60 | ₹4,83,096.60 |
| Autonomous survey boat for depth and water-quality mapping: student parts list | 10 | ₹2,19,841.53 | ₹1,84,447.53 |
Which drone build fits my project?
The 7-inch quadcopter suits a small autonomous aircraft that must fly 15 to 20 minutes with a camera and a Raspberry Pi. The final-year project drone suits a project whose real subject is a payload or software. The payload-drop drone suits NIDAR and AeroTHON-style missions that search, detect and deliver.
- 7-inch autonomous quadcopter on ArduPilot: parts list and flight-time sumsParts list for a 7-inch ArduPilot quadcopter with GPS waypoints, telemetry and a companion computer, and the sums behind a 15–20 minute flight.
- Drone for a final-year project: parts list and design calculationsA Pixhawk quadcopter for an engineering project: what to buy, and the thrust, flight-time, current and battery sums the project report needs.
- Autonomous payload-drop drone for NIDAR, AeroTHON and similar contestsAn ArduPilot drone that searches for a target with a camera, drops or lowers a payload on it and flies home: parts list, mission set-up and the accuracy sums.
Which underwater or surface build fits my project?
The student ROV suits a tethered pool or lake vehicle and a first step towards MATE. The competition AUV suits SAUVC and RoboSub teams that need an untethered vehicle with a kill switch. The survey boat suits depth mapping and water-quality projects on a lake or pond.
- Building an underwater ROV for a student project: parts listA tethered six-thruster ROV for a college project or pool and lake work: thrusters, pressure housing, penetrators, controller, tether, camera, lights and sensors, priced.
- Building a competition AUV for SAUVC or RoboSub: parts listAn eight-thruster autonomous underwater vehicle for SAUVC, RoboSub or a university AUV team: hull, kill switch, mission switches, cameras, computers and a priced parts list.
- Autonomous survey boat for depth and water-quality mapping: student parts listA small ArduPilot boat that runs survey lines on its own, logging depth and water temperature against position: hull, thrusters, autopilot, echo sounder and a priced parts list.
How does a department order a whole build?
Add the parts list to the cart, send it as a quotation request, and we reply within one business day with a formal quotation, part numbers and HSN codes that your department can raise a purchase order against. Parts shipped together in one consignment earn a bulk discount, which the cart works out as you build the list.
What these parts cost in India: price ranges, cost per kilogram of thrust and bulk-order savings →