# Parts for underwater and aerial robots, priced and delivered in India | Vebix Automation

> Vebix Automation is a Pune company supplying parts for ROVs, drones and other unmanned systems: thrusters, pressure housings, penetrators, autopilots, GPS, motors and ESCs. Every part is listed with its price in rupees and the manufacturer's full specification, so you can choose without waiting on a sales call. We are the authorised Indian distributor for T-Motor, Blu-Sub Mechatronics and Holybro, and a supplier of Blue Robotics hardware. We work with research labs, universities, defence and aerospace teams, and companies building their own vehicles.

## Why order from Vebix

- **Prices on the page:** Rupee prices with GST included, for every option and spare part. No account needed to see them.
- **Delivery included:** The listed price covers delivery anywhere in India. Parts are imported for your order and typically arrive within two weeks.
- **Cheaper together:** Put a whole build in one cart. Parts that ship together cost less to bring in, and the cart passes that saving on as a bulk discount.
- **Help before you buy:** Not sure a part fits? Ask. We check compatibility, send datasheets and suggest alternatives before you commit to anything.

Send your parts list and we will reply within one business day with a quotation and a delivery date.

## Topics and tags

Vebix | T-Motor Distributor India | Blue Robotics India | Holybro Pixhawk India | Blu-Sub ROV Components | ROV Thrusters India | Drone Motors & ESCs India | Subsea Robotics Hardware | Unmanned Systems Components

## The catalogue in numbers

- 613 products across 33 categories
- Authorised distributor for Blu-Sub Mechatronics, Holybro, T-Motor
- Also supplies Blue Robotics hardware
- The manufacturer's full specification is published on every product page
- Ordering is by quotation: send a part number or a specification and we
  reply with price, lead time and datasheets

## Manufacturers

- [Blu-Sub Mechatronics](https://shop.vebixautomation.com/brands/blu-sub) — 62 products
- [Holybro](https://shop.vebixautomation.com/brands/holybro) — 116 products
- [T-Motor](https://shop.vebixautomation.com/brands/t-motor) — 53 products
- [Blue Robotics](https://shop.vebixautomation.com/brands/blue-robotics) — 382 products

## Product categories

- [Thrusters](https://shop.vebixautomation.com/categories/thrusters) — 6 products, Blu-Sub Mechatronics
- [Cameras & Binoculars](https://shop.vebixautomation.com/categories/cameras-and-binoculars) — 3 products, Blu-Sub Mechatronics
- [Enclosures](https://shop.vebixautomation.com/categories/enclosures) — 17 products, Blu-Sub Mechatronics
- [Cables & Connectors](https://shop.vebixautomation.com/categories/cables-and-connectors) — 12 products, Blu-Sub Mechatronics
- [Sensors](https://shop.vebixautomation.com/categories/sensors) — 4 products, Blu-Sub Mechatronics
- [Switches & Potentiometers](https://shop.vebixautomation.com/categories/switches-and-potentiometers) — 9 products, Blu-Sub Mechatronics
- [Displays & Signal Indicators](https://shop.vebixautomation.com/categories/displays-and-signal-indicators) — 2 products, Blu-Sub Mechatronics
- [Lighting](https://shop.vebixautomation.com/categories/lighting) — 1 products, Blu-Sub Mechatronics
- [Accessories](https://shop.vebixautomation.com/categories/accessories) — 4 products, Blu-Sub Mechatronics
- [Buoyancy & Ballast](https://shop.vebixautomation.com/categories/buoyancy-and-ballast) — 1 products, Blu-Sub Mechatronics
- [O-Rings](https://shop.vebixautomation.com/categories/o-rings) — 1 products, Blu-Sub Mechatronics
- [Testing Equipment](https://shop.vebixautomation.com/categories/testing-equipment) — 2 products, Blu-Sub Mechatronics
- [Autopilot Flight Controllers](https://shop.vebixautomation.com/categories/holybro-autopilot-flight-controllers) — 15 products, Holybro
- [GPS Systems](https://shop.vebixautomation.com/categories/holybro-gps-systems) — 33 products, Holybro
- [Power Modules & PDBs](https://shop.vebixautomation.com/categories/holybro-power-modules-and-pdbs) — 15 products, Holybro
- [Telemetry Radios](https://shop.vebixautomation.com/categories/holybro-telemetry-radios) — 12 products, Holybro
- [FPV Electronics](https://shop.vebixautomation.com/categories/holybro-fpv-electronics) — 8 products, Holybro
- [Sensors](https://shop.vebixautomation.com/categories/holybro-sensors) — 17 products, Holybro
- [Development Drone Kits](https://shop.vebixautomation.com/categories/holybro-development-drone-kits) — 16 products, Holybro
- [AM Motors](https://shop.vebixautomation.com/categories/t-motor-am-motors) — 13 products, T-Motor
- [ESC](https://shop.vebixautomation.com/categories/t-motor-esc) — 21 products, T-Motor
- [Propellers](https://shop.vebixautomation.com/categories/t-motor-propellers) — 3 products, T-Motor
- [FC, Stack & VTX](https://shop.vebixautomation.com/categories/t-motor-fc-stack-and-vtx) — 16 products, T-Motor
- [Sensors and Cameras](https://shop.vebixautomation.com/categories/blue-robotics-sensors-and-cameras) — 17 products, Blue Robotics
- [Communication, Control, and Power](https://shop.vebixautomation.com/categories/blue-robotics-communication-control-and-power) — 32 products, Blue Robotics
- [Everything Else](https://shop.vebixautomation.com/categories/blue-robotics-everything-else) — 1 products, Blue Robotics
- [BlueBoat](https://shop.vebixautomation.com/categories/blue-robotics-blueboat) — 37 products, Blue Robotics
- [Thrusters, Actuators, and Lights](https://shop.vebixautomation.com/categories/blue-robotics-thrusters-actuators-and-lights) — 42 products, Blue Robotics
- [BlueROV2](https://shop.vebixautomation.com/categories/blue-robotics-bluerov2) — 16 products, Blue Robotics
- [Cables, Penetrators, and Connectors](https://shop.vebixautomation.com/categories/blue-robotics-cables-penetrators-and-connectors) — 82 products, Blue Robotics
- [Enclosures, Buoyancy, and Ballast](https://shop.vebixautomation.com/categories/blue-robotics-enclosures-buoyancy-and-ballast) — 137 products, Blue Robotics
- [Sonars](https://shop.vebixautomation.com/categories/blue-robotics-sonars) — 2 products, Blue Robotics
- [The Abyss](https://shop.vebixautomation.com/categories/blue-robotics-the-abyss) — 16 products, Blue Robotics

## Topics

Each topic page answers its main questions in two or three sentences
and links to the guide that covers each one in depth.

- [Underwater robotics: choosing parts for ROVs, AUVs and survey boats](https://shop.vebixautomation.com/guides/topics/underwater-robotics) — Start from the depth and the job. The depth decides the housing material, the penetrators and the foam grade, and the job and target speed decide how much thrust you need. Then check that every cable through the pressure boundary has a matched penetrator, that the vehicle trims slightly positive, and that each sensor uses an interface your controller has free.
- [Drones and autopilots: choosing a Pixhawk, GPS, telemetry and ESCs](https://shop.vebixautomation.com/guides/topics/drones-and-autopilots) — Choose the autopilot first, because it sets the connectors, power sensing and firmware that everything else has to match. Then choose GNSS by how precise and repeatable the position must be, telemetry by link budget and the band you may use, and ESCs by current, protocol and firmware. Keep flight-critical work on the autopilot and give a companion computer the rest.
- [Student and competition builds: priced parts lists](https://shop.vebixautomation.com/guides/topics/student-builds) — 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.

## Buying guides and build guides

Each entry gives the guide's short answer, the same text that opens the page.

- [Aluminium versus acrylic subsea enclosures](https://shop.vebixautomation.com/guides/aluminium-vs-acrylic-subsea-enclosure) — Choose cast acrylic when the payload has to see out through the tube wall, the depth is well inside the rating for that diameter, the electronics make little heat and the housing is rarely opened. Choose anodised aluminium for anything deeper, hotter or serviced often: it holds a flat depth rating, typically 1,000 m, and conducts heat out of the housing.
- [Buoyancy and ballast for custom ROV and AUV research platforms](https://shop.vebixautomation.com/guides/buoyancy-ballast-rov-auv-research) — Net buoyancy is the mass of water your vehicle displaces minus its mass in air, so weigh everything, down to every cable, fastener and bracket, and measure the displaced volume. Make up any shortfall with syntactic foam rated for your depth, then trim in the water with small removable weights, because a vehicle that balances on paper rarely sits level the first time.
- [Cable penetrator versus underwater connector](https://shop.vebixautomation.com/guides/cable-penetrator-vs-underwater-connector) — Use a cable penetrator wherever the cable stays on the vehicle: it costs less per entry, takes less end-cap space and has fewer ways to fail. Pay for a wet-mateable connector only where a cable has to come off in the field without opening the housing, such as a camera, sonar or sampling module removed between dives.
- [Building an AI research drone: integrating a companion computer with Pixhawk](https://shop.vebixautomation.com/guides/companion-computer-pixhawk-integration) — Keep everything the aircraft needs to stay flyable on the Pixhawk (attitude and position control, failsafes, the RC link and motor outputs) and give the companion computer the vision, mapping, planning and payload work. Link them with MAVLink over a serial telemetry port for most projects, or over Ethernet when the data rate needs it, and power the companion from its own regulator.
- [Designing a 300-metre ROV propulsion system](https://shop.vebixautomation.com/guides/designing-300m-rov-propulsion-system) — Size the thrusters from drag at your target speed, then let the tether set the bus voltage, because voltage drop along 300 m of tether causes more trouble than the thrusters do. A typical inspection frame with 0.25 m² of frontal area needs about 14 kgf to hold 2 knots, or about 21 kgf with a 50% margin.
- [Choosing a drone ESC: PWM, DShot, telemetry and programming compatibility](https://shop.vebixautomation.com/guides/drone-esc-protocol-telemetry-selection) — Match an ESC on four counts: cell count and current, the control protocol, the telemetry it sends back and its firmware family. For a new build, use DShot with bidirectional DShot for RPM telemetry, and choose the firmware (BLHeli-32, AM32 or BLHeli_S) your team can configure, because you live with that choice for the life of the aircraft.
- [Drone GPS, RTK and dual-antenna heading: which do you need?](https://shop.vebixautomation.com/guides/drone-gps-vs-rtk-vs-dual-antenna-heading) — Standard GPS is enough when a metre or two of position error is acceptable. Choose RTK when the vehicle must come back to the same coordinates to within centimetres, and plan the base station or correction service and its data link at the same time. Choose a dual-antenna receiver when you need a heading that doesn't depend on the compass.
- [Choosing an airspeed sensor and pitot tube for a fixed-wing UAV](https://shop.vebixautomation.com/guides/fixed-wing-airspeed-sensor-pitot-selection) — A fixed-wing or VTOL aircraft needs a real airspeed sensor, because GPS measures speed over the ground, not through the air: at 20 m/s airspeed, a 5 m/s headwind means 15 m/s over the ground. Choose a sensor your firmware supports on an interface you have free, I2C or DroneCAN, and design the pitot tube's position and tubing as carefully as the sensor.
- [Optical flow, lidar or visual odometry: holding position when GPS is unavailable](https://shop.vebixautomation.com/guides/gps-denied-navigation-optical-flow-lidar-visual-odometry) — Optical flow, lidar and visual odometry all measure movement rather than position, so their error grows the longer you fly. For indoor and low-altitude work, the setup that holds position is the autopilot's IMU plus a downward range sensor plus an optical flow sensor, over a textured floor at modest height. Add visual odometry only when the mission needs a full pose.
- [Holybro S500, X500 V2 or X650: choosing a drone development kit for research](https://shop.vebixautomation.com/guides/holybro-s500-x500-x650-development-kit-comparison) — Choose the X500 V2 for a first PX4 or ArduPilot research drone, the smaller S500 V2 when budget matters more than payload room, and the X650 when the aircraft must carry a real payload or a companion computer. Decide the format first: a frame kit is the airframe alone, an ARF kit adds propulsion, and a development kit adds the autopilot, GPS and telemetry. No kit includes a battery.
- [How to size an underwater thruster for an ROV](https://shop.vebixautomation.com/guides/how-to-size-an-underwater-thruster) — Work out the drag at your target speed with F = ½ρCdAv², add about 50% margin, and divide by the forward thrust each thruster actually contributes. A vehicle with 0.25 m² of frontal area at 2 knots in seawater has about 13.8 kgf of drag, or 20.7 kgf with margin: eight 4 kgf thrusters mounted at 45°, or four larger ones.
- [Military cable harness testing checklist](https://shop.vebixautomation.com/guides/military-cable-harness-testing-checklist) — Accept a military or naval harness in this order: check it against the released drawing revision, test continuity on every core, insulation resistance and screening, then optical loss on any fibre, then any environmental tests the contract specifies. Record measured values rather than pass or fail, and ship the test evidence with each unit.
- [Pixhawk 6C, 6C Mini, 6X or 6X Pro: which flight controller should you choose?](https://shop.vebixautomation.com/guides/pixhawk-6c-6c-mini-6x-6x-pro-comparison) — Choose the Pixhawk 6C or 6C Mini when you want a complete controller with its connectors built in, and the 6X or 6X Pro when you need to choose the baseboard, for example one that also carries a Jetson or Raspberry Pi. The 6C has two analog power inputs and the 6C Mini one, while the 6X family senses power digitally on two inputs.
- [Analog, digital or DroneCAN: choosing a Pixhawk power module](https://shop.vebixautomation.com/guides/pixhawk-analog-digital-dronecan-power-modules) — Match the power module to the way the controller senses power: an analog module such as the PM02 V3 for the Pixhawk 6C and 6C Mini, an I2C digital module such as the PM02D for the 6X, and a DroneCAN module such as the PM08-CAN where the controller reads battery data over CAN. Then check input voltage, continuous current and measurement range separately.
- [ROV buoyancy and ballast calculation, worked through](https://shop.vebixautomation.com/guides/rov-buoyancy-ballast-calculation) — Net buoyancy is the mass of water displaced minus the vehicle's mass in air. A 45 kg vehicle displacing 40 litres of seawater displaces 41 kg, 4 kg short of neutral, so reaching +1 kg needs 5 kg of lift: about 8 litres of 0.40 g/cm³ foam, or 10.5 litres of a deeper-rated 0.55 g/cm³ grade.
- [How to choose an ROV depth sensor: pressure range, accuracy and interface compatibility](https://shop.vebixautomation.com/guides/rov-depth-sensor-selection) — Pick the pressure range from your working depth, at about 1 bar per 10 m of seawater, so 0–30 bar covers 300 m. Then check the interface: Blu-Sub's M8 and M10 sensors use I2C at 3.3 V on address 0x76, and the M14 uses 5 V serial at 115200 bps. Zero the sensor at the surface on every deployment.
- [ROV lighting: reducing backscatter before adding more lumens](https://shop.vebixautomation.com/guides/rov-lighting-backscatter-camera-placement) — Reduce backscatter by moving the lights away from the camera's axis before adding brightness, because particles lit directly in front of the lens bounce light back into it. Then dim to the lowest level at which the pilot can still do the job, testing one change at a time against a fixed target.
- [How to choose an underwater thruster for an ROV](https://shop.vebixautomation.com/guides/rov-thruster-selection-guide) — Start from what the vehicle has to do, then check six things: voltage system, thrust in every direction you need, whether the ESC is external or built in, propeller rotation, depth rating, and mounting and cabling. For compact ROVs and student prototypes, Blu-Sub's Z60 family is the usual starting point, with the Z60E when a built-in ESC would simplify the wiring.
- [Selecting data acquisition hardware for defence trials](https://shop.vebixautomation.com/guides/selecting-data-acquisition-hardware-defence-trials) — Start from the measurement, not the channel count: which quantities, over what range, to what accuracy and time resolution. Sample at five to ten times the highest frequency of interest where the waveform shape matters, specify how channels are synchronised, and design the recording so data survives a power loss or a full disk.
- [Selecting a subsea enclosure for marine research payloads](https://shop.vebixautomation.com/guides/subsea-enclosure-selection-marine-research) — Choose the tube for how deep it goes and how often it is opened: cast acrylic is transparent, but its rating falls from about 250 m to 20 m as the tube gets larger, while anodised aluminium holds a higher rating. Use FKM O-rings rather than general-purpose NBR for long saltwater deployments, and pressure-test the housing before every field trip.
- [Subsea pressure and depth conversion guide](https://shop.vebixautomation.com/guides/subsea-pressure-depth-guide) — Gauge pressure at depth is p = ρgh. In seawater at 1,025 kg/m³ that is about 1 bar for every 10 m: 10.05 bar at 100 m, 30.16 bar at 300 m and 100.52 bar at 1,000 m. A depth rating is not a test pressure, so ask what a part was actually tested to.
- [How to choose a UAV telemetry radio: data rate, range and ground-station compatibility](https://shop.vebixautomation.com/guides/uav-telemetry-radio-selection) — Choose a telemetry radio from a link budget rather than the advertised range, and fix the band first: 433 MHz and 915 MHz radios are separate part numbers that can't talk to each other, and national regulation decides which band you may use. Better antennas and placement usually add more margin than more transmit power.
- [Underwater and ROV thrusters in India](https://shop.vebixautomation.com/guides/underwater-thrusters-india) — Vebix Automation is an authorised Blu-Sub distributor in India. It is also a supplier of Blue Robotics hardware, including the T200 thruster. Every thruster is priced in rupees with GST and delivery anywhere in India included. Send the vehicle, target thrust, voltage, ESC preference and depth, and we will recommend one.
- [7-inch autonomous quadcopter on ArduPilot: parts list and flight-time sums](https://shop.vebixautomation.com/guides/7-inch-autonomous-quadcopter-ardupilot-build) — A 7-inch ArduPilot quad can carry GPS, telemetry, a Raspberry Pi and a camera and still fly for 15 to 20 minutes, but only on a 6S Li-ion pack: our sums give about 22 minutes on a 4,500 mAh 21700 pack, against about 13 minutes on a 2,200 mAh LiPo. The avionics are a Pixhawk 6C Mini, a Micro M10 GPS, a PM02 V3, a 55 A 4-in-1 ESC, SiK telemetry and an ExpressLRS receiver.
- [Drone for a final-year project: parts list and design calculations](https://shop.vebixautomation.com/guides/drone-final-year-project-parts-list-calculations) — Buy a proven platform such as Holybro's X500 V2 development kit, which includes the airframe, propulsion, a Pixhawk 6C, an M10 GPS, a power module and telemetry, and spend the project on the payload. Show the design sums: at least 2:1 thrust-to-weight, and a hover time from momentum theory of about 18 minutes on a 4S 5,000 mAh pack with no payload, or about 13 minutes with 300 g.
- [Autonomous payload-drop drone for NIDAR, AeroTHON and similar contests](https://shop.vebixautomation.com/guides/autonomous-payload-drop-drone-nidar-aerothon) — Let an ArduPilot autopilot fly the search, the approach and the return, and give a companion computer, a Jetson Orin Nano or Raspberry Pi 5, the job of finding the target in a downward camera and sending position targets. Drive the release or winch from a servo output with mission commands, and re-centre over the target with the camera before releasing, which removes most of the GPS and timing error.
- [Building an underwater ROV for a student project: parts list](https://shop.vebixautomation.com/guides/student-rov-build-parts-list) — A student ROV needs six thrusters in a vectored layout, a pressure housing with a camera dome, a controller running ArduSub, a tether that carries Ethernet, lights, a depth sensor and a leak sensor. Our list builds it on a 6S battery with Blu-Sub Z60E thrusters and a Blue Robotics Navigator, and limiting the thrusters to 70% speed keeps the whole vehicle under about 27 A.
- [Building a competition AUV for SAUVC or RoboSub: parts list](https://shop.vebixautomation.com/guides/competition-auv-parts-list-sauvc-robosub) — A competition AUV is an ROV with its own battery and computers and a kill switch a diver can reach. Our list builds an eight-thruster vehicle in a 165 mm acrylic hull, with a Navigator running ArduSub, a Jetson for vision and mission logic, forward and downward cameras, and end-cap switches for kill, mission select and start, aimed at SAUVC's bonus limits of 42 kg and 70 × 50 × 50 cm.
- [Autonomous survey boat for depth and water-quality mapping: student parts list](https://shop.vebixautomation.com/guides/autonomous-survey-boat-usv-student-project) — Build a catamaran with one thruster on each hull, steered by running them at different speeds, and fly it with ArduPilot Rover on a Pixhawk 6C. A Ping2 echo sounder logs depth against GPS position for a bathymetric map, and a water temperature sensor lets you correct those depths for the speed of sound. On a 194 Wh pack at 1 m/s, expect a little over two hours of survey.

## Price data

[What ROV, subsea and drone parts cost in India](https://shop.vebixautomation.com/data/robotics-parts-prices-india), worked out from our own price list and rebuilt whenever it changes.

- On our price list of 21 September 2026, with GST and delivery in India included, Holybro flight controllers cost ₹24,722 to ₹87,562, GPS and RTK receivers ₹11,081 to ₹1,11,339 and telemetry radios ₹14,760 to ₹1,23,600. Ordered as one consignment, our build lists of many separate parts cost 16.1% to 27.5% less than their parts bought one by one, while the lists built around a single kit saved under 1%, because a kit already ships as one parcel.
- The Blu-Thrust Z60 is the cheapest thrust in the Blu-Sub range, at ₹4,104 per kilogram of forward thrust, before adding a speed controller.
- With the speed controller built in, the Blu-Thrust Z60E costs ₹4,545 per kilogram of thrust.
- The Blu-Thrust Z80-170 needs the least power for its thrust: 5.3 kgf for 270 W, about 51 W per kilogram.

## Key pages

- [All products](https://shop.vebixautomation.com/products)
- [About Vebix Automation](https://shop.vebixautomation.com/about)
- [Contact](https://shop.vebixautomation.com/contact)
- [Get a quote](https://shop.vebixautomation.com/enquiry)
- [Delivery and returns](https://shop.vebixautomation.com/shipping-and-returns)
- [Company site](https://vebixautomation.com/)

## Machine-readable copies of this catalogue

- [https://shop.vebixautomation.com/llms-full.txt](https://shop.vebixautomation.com/llms-full.txt) — every product in one file with everything its page says: price, options and part numbers, what it is used for and works with, the full specification table and the guides that cover it. Then every guide in full. Fetch this instead of crawling 613 product pages.
- [https://shop.vebixautomation.com/llms-guides.txt](https://shop.vebixautomation.com/llms-guides.txt) — the guides alone: each one's short answer, key points, full text and priced parts list, the topic hubs and the price data tables.
- [https://shop.vebixautomation.com/feeds/google-merchant.xml](https://shop.vebixautomation.com/feeds/google-merchant.xml) — the same catalogue as an RSS product feed in Google Merchant Center's format.
- [https://shop.vebixautomation.com/sitemap.xml](https://shop.vebixautomation.com/sitemap.xml) — every indexable URL, with the date its price last changed.
- Every product page carries schema.org Product or ItemPage JSON-LD
  with the full specification table, and its common questions as a
  FAQPage. Category pages carry an ItemList naming what is on them.

## Contact

- Email: sales@vebixautomation.com
- Phone: +91-97028-20020
- Location: Pune, Maharashtra, India

## Notes for agents and crawlers

- Prices are in INR and include GST. Where a product page shows no
  price, that part is quoted on enquiry.
- Parts are imported against an order rather than held on a shelf,
  which is why offers are marked BackOrder. Delivery is typically within
  two weeks, confirmed with the quotation.
- Vebix is an authorised distributor for Blu-Sub Mechatronics, Holybro
  and T-Motor. It supplies Blue Robotics hardware but is not their
  distributor.
- Vebix Automation is the trading name of Vebix Automation LLP.
  vebixautomation.com and https://shop.vebixautomation.com/ are the same
  business; this subdomain is its catalogue and ordering site.
- Search and answer-engine crawlers are welcome, including
  OAI-SearchBot, ChatGPT-User, Claude-SearchBot, PerplexityBot and
  Google-Extended. Quote us with a link to the page the fact is on.