Aerospace · Unmanned Systems · Indian Engineering
From heavy-lift multirotors to hybrid VTOL aircraft and flight-control electronics, INFINIX INC develops unmanned systems through hands-on engineering, testing, and continuous research.
Designed · Built · Tested Illustrative 3D visualisation
IndigenousEngineering & development
Multi-platformUAV design capability
Hands-on R&DPrototyping & flight tests
Mission-awareSystems built around needs
Our Platforms
A developing portfolio of multirotor, fixed-wing, VTOL, and flight-electronics technologies, supported by practical prototyping and field testing.
A hybrid vertical take-off and landing UAV that combines the efficiency of a fixed-wing aircraft with the vertical lift of multirotors, designed for long-range surveillance, mapping and mission-critical operations in complex terrain.
A modular family of hexacopter UAV platforms in 20 kg, 30 kg and 40 kg payload classes, with common avionics, propulsion philosophy and payload interfaces, for logistics, ISR payload carriage and mission-critical operations.
A heavy-lift coaxial (X8) multirotor designed to carry up to 50 kg in demanding environments, combining high-torque industrial motors and large propellers for thrust density, redundancy and operational safety.
An STM32H7-based flight controller with dual gyroscopes, eight PWM outputs and support for INAV, ArduPilot, Betaflight and custom firmware, with a 3S–8S input range.
Product information on this website is based on supplied project documents and may describe prototypes, development configurations, or estimated performance. Confirm current specifications, test status, regulatory approvals, and availability directly with INFINIX INC.
Anatomy
A modular family of hexacopter UAV platforms in 20 kg, 30 kg and 40 kg payload classes, with common avionics, propulsion philosophy and payload interfaces, for logistics, ISR payload carriage and mission-critical operations.
Reinforced carbon-fibre hub carrying the avionics, battery and arm mounts.
Carbon-fibre arms carrying the motors; the hexacopter layout gives motor-out survivability.
High-torque BLDC motors sized to the payload class.
Large-diameter propellers, 34–48 in across the series.
H7-class controller handling stabilisation and autonomous missions.
High-voltage battery packs with battery health monitoring.
Central, CG-balanced modular payload mount.
Supports the airframe and payload on the ground.
Engineering Capabilities
Our work brings airframe design, propulsion, electronics, integration, and real-world evaluation together in one development process.
Airframe concepts, configuration development, fabrication, and iterative prototype refinement.
Multirotor platforms and payload integration approaches across several documented payload classes.
Hybrid aircraft concepts designed around vertical launch and recovery with efficient forward flight.
Flight-controller development, avionics integration, telemetry interfaces, and navigation-system support.
Development and testing of payload interfaces, relay configurations, and specialised communication technologies.
Hands-on field testing, tethered-system trials, exhibition demonstrations, and prototype evaluation.
From Our Photo Gallery
A selection of aircraft, prototypes, test activity, and demonstrations from the INFINIX INC photo gallery.
Start a Conversation
Talk to us about UAV platforms, flight electronics, prototyping, system integration, or an engineering collaboration.
