Drones & unmanned systemsProduct brochure
Electric tilt-rotor UAV
SE2C

Vertical accessWing-borne cruiseAll-electric
- Tilt-rotor VTOL
- 120 min
- 30 km
- 4,500 m ceiling
- EO/IR
Overview
Electric tilt-rotor UAV
An electric tilt-rotor UAV that takes off vertically and cruises on its wing: 120 minutes in the air, 30 km of range and a 4,500 m ceiling, with the EO/IR payload mounted clear at the rear.
SE-2C lifts off like a multicopter, then tilts its two front rotors forward to cruise on the wing. A blown canard keeps it stable at high angles, and differential thrust replaces the vertical tail, which saves weight for endurance.
At a glance
- Tilt-rotor VTOL
- 120 min
- 30 km
- 4,500 m ceiling
- EO/IR
Why it stands out
- Dual tilt rotorsVertical access, then efficient forward cruise.
- Blown canardLess drag and more control at high angles.
- No tail finDifferential thrust does the job of a vertical stabiliser.
- Rear EO/IR payloadA clear view behind the rotors.
Features
- Tilt-rotor VTOLLifts off vertically; the front rotors tilt forward for cruise.
- Blown canardCuts induced drag and delays airflow separation.
- No vertical stabiliserDifferential thrust steers, saving weight.
- Carbon-Kevlar airframeA light, tough composite structure.
- Rear EO/IR payloadUnobstructed day and night view.
- 4,500 m ceilingOperates at 500–1,000 m above ground.

Technical specifications
Tech specs
Specifications
- MTOW
- 6–7 kg
- Airframe
- Carbon-Kevlar composite
- Power plant
- Brushless electric
- Propulsion
- Dual forward tilt rotors
- Range
- 30 km
- Endurance
- 120 min
- Cruise speed
- 75 km/h
- Max speed
- 100 km/h
- Operating altitude
- 500–1,000 m AGL
- Ceiling
- 4,500 m AMSL
- Payload
- EO/IR
- Wind resistance
- 12–15 km/h
Figures are typical values for a standard configuration and may change without notice. Dimensions marked ≈ are indicative.
Possible enhancements
- Target detection and followingOn-board detection that locks on and follows a target.
- Night and low-light trackingTracking and following after dark.
- Visual navigationNavigation where GNSS is denied or jammed.
- Stance and gait detectionFlags threatening posture with an active alert.
- Precise visual landingLands on a marked point without GNSS.
- Swarming (in development)Cooperative missions with other drones and ground robots.
Applications
- Border and corridor patrolTwo hours of wing-borne surveillance from a small launch spot.
- Police and public safetyQuiet electric overwatch above events and incidents.
- Infrastructure inspectionLong, efficient runs along roads, pipelines and power lines.
Why Star INXS
- In-house compositesAirframes designed, moulded and built in our own facility.
- Designed in IndiaIndigenous design and engineering in the air, under water, in simulation and on the range.
- On-board intelligenceDetection, tracking and visual navigation where GNSS fails.
- Turnkey deliveryFrom site survey and design to installation and training.
- Tender readyDocumentation and compliance support for GeM and defence portals.
- Lifecycle supportTraining, spares and maintenance after delivery.
From requirement to support
- 01Requirement
- 02Design & engineering
- 03Prototype & validation
- 04Production & integration
- 05Deployment & support
Designed, built and supported in India
- Offices in New Delhi and Bhopal
- GeM and defence tenders
- Custom and OEM builds
- Training, spares and maintenance

Request a quote, a demonstration or the full data pack for SE-2C.
- Emailcontact@starinxs.com
- Webstarinxs.com
- New DelhiRegistered office
- BhopalMadhya Pradesh
- BuyingDirect enquiry, GeM and defence tenders. We reply within one business day.
WhatsApp only+91 91404 00917
© 2026 Star INXS Solutions Pvt Ltd. Specifications may change without notice. Images may show optional equipment.