Campus pilot at SRM University AP, January 2027
Sky's the start.
Autonomous drone delivery for campuses. Order from a kitchen and an aircraft flies it to your block.
Built for the campus.
Four props lift it straight off a pad and carry it low across campus. One order rides under its belly, held by a servo latch.
Every part has a job.
The batteries moved forward to open the centre of the base plate. A servo sits there, and its latch holds the package until the aircraft has landed on a machine.
- Propellers
- 18 in
- Four, in an X
- Motor to Motor
- 79 cm
- Across the diagonal
- Payload
- 1 kg
- Up to, per order
- Release
- 1 servo
- Latch at the centre
Design figures from the CAD model.
Traffic. Gate queues. Cold biryani.
There is a better way to get lunch.
One order, start to finish.
You Order
Like any food app. Except the cart weighs your meal, because it has to fly.
The Kitchen Cooks
It accepts, cooks, and clips the package into the latch under the aircraft.
Fleet AI Picks a Drone
It scores every drone out of a hundred, picks one, and shows its working.
It Flies to Your Block
Every position on your map is a real GPS fix. When two flight paths cross, one of them climbs.
It Lands Somewhere Safe
It lands on a vending machine and lets go of the package, into a chamber only your code opens.
It Flies Home
Back to a docking station, where it charges itself for the next order.
Somewhere safe to land it.
Leave food on the ground and anyone can take it. So we built it somewhere to go.
It Lands on the Roof
Bars close in from both sides and centre the aircraft over the hatch.
The Latch Lets Go
The hatch opens, a lift rises to meet the package, and the servo latch releases it.
A Chamber of Its Own
The lift carries your order down and slides it into one of twelve chambers.
Only You Open It
The roof closes. Nobody touches it but you, with a four digit code.
It flies home and charges itself.
A delivered order is not the end of the job. Charging by hand does not scale.
The Roof Slides Open
The aircraft lands on a deck raised to meet it.
Bars Square It Up
Centring bars close in from four sides and correct the landing.
The Floor Lowers It In
The deck drops inside and the roof closes over it.
Copper Meets the Gear
The landing gear rests on copper strips in the deck, and it charges. Sun, rain, night.
Fleet AI
No dispatcher. No pilot.
Fleet AI assigns the drone, reserves the pad, clears the airspace and brings it home.
Rules it cannot break
- No Fix, No DroneAn aircraft is never drawn on your map without a real GPS position.
- Never Ahead of the TruthThe marker can lag the aircraft. It can never invent where it went.
- One Pad, One AircraftHome pads are locked, so two drones are never sent to the same one.
Two aircraft, one network.
The quadcopter flies the campus. It carries up to one kilogram and proved the hard part in house: autonomous missions, navigation and completion.
Beyond the campus, the winged VTOL takes over. The same vertical take-off, a wing to go further, and a winch to lower an order where it cannot land.
Campus pilot, January 2027.
Skyro starts at SRM University AP: campus kitchens, delivery blocks, and a fleet that flies itself home.
Planned for the pilot.
- Built
The student app, the kitchen dashboard, the ground station and Fleet AI. Autonomous flight proven in house.
- Now
Registration and campus flight permissions, then the first paid orders.
- January 2027
Deliveries begin on campus.
Watch one order fly.
The launch film follows a single order from the cart to the chamber, in two and a half minutes.
Come fly with us.
Students at SRM AP can join the pilot list. Universities, kitchens and backers can talk to the team.