Charlie

Charlie – The Ultimate UAV for Pilot Training & Skill Development  

Charlie is DroneVation’s dedicated training UAV, engineered to empower Remote Pilot Training Organizations (RPTOs), academic institutions, and drone research centers with a professional, reliable, and safety-focused training platform. Built under DroneVation’s Make in India initiative, Charlie integrates robust engineering, operational safety, and modular design—creating an industry-standard solution for drone pilot education and skill advancement.

At the core of Charlie lies DroneVation’s indigenous KKA Flight Controller, purpose-tuned for training missions and DGCA-compliant operations. The controller supports multiple flight modes—Stabilize, AltHold, Loiter, Auto, and RTL—allowing progressive learning from manual to autonomous flight. A specialized training firmware mode limits altitude, speed, and flight boundaries for beginners, ensuring complete safety and instructor oversight.

Skywing-90

Skywing 90 – Precision. Performance. Endurance.  

Skywing 90 stands as DroneVation’s flagship multirotor platform—an advanced aerial system built for professional survey & mapping, inspection, monitoring, and security & surveillance operations. Designed, engineered, and manufactured under DroneVation’s vertically integrated AKSI ecosystem, Skywing 90 brings together indigenous propulsion systems, flight controllers, and smart batteries into a single, high-performance UAV platform trusted by professionals across domains.

Available in two configurations—Foldable and Unfoldable—Skywing 90 delivers unmatched flexibility:

• The Foldable variant prioritises mobility and rapid deployment, allowing field teams to assemble and launch the drone within minutes.

• The Unfoldable variant offers enhanced rigidity, wind resistance, and payload capacity, ideal for long-duration or high-precision missions.

With a maximum take-off weight (MTOW) of 6 kg and a useful payload of up to 1 kg, Skywing 90 ensures mission versatility—from high-resolution orthomosaic mapping to infrastructure and industrial surveillance. Its custom high-efficiency propulsion system, optimized for lift-to-drag balance, ensures up to 90 minutes of endurance under standard flight conditions.

Micro Ranger

Micro Ranger – BVLOS Power in the Micro Class (<2 kg)  

Micro Ranger is DroneVation’s ultra-light, long-range UAV engineered for BVLOS patrol, pipeline and corridor oversight, confined-space inspection, urban security sweeps, traffic observation, and rapid response—all while staying firmly within the Micro category (< 2 kg MTOW). Built end-to-end inside the AKSI ecosystem, it blends compact design with intelligent autonomy so teams can operate confidently with or without GNSS.

Unlike mapping platforms, Micro Ranger is optimized for mission continuity and situational awareness, not survey-grade georeferencing. Its KKA Autopilot supports fully autonomous routes, dynamic re-tasking, and instructor override, while a GNSS-agnostic navigation stack keeps you flying when satellites don’t: Visual-Inertial Odometry (VIO) and optical-flow stabilize position; downward ToF/LiDAR manages precise height keeping; optional front-arc ToF/LiDAR or stereo vision adds obstacle awareness for tight spaces. This means stable, repeatable flight under bridges, inside buildings, along tunnels, and beneath dense canopies—where conventional GPS-only drones drift or fail.

Sentinel

Sentinel – Vertical Precision Meets Enduring Performance  

Sentinel is DroneVation’s next-generation VTOL (Vertical Take-off and Landing) UAV—crafted to merge the agility of multirotors with the endurance and efficiency of fixed-wing aircraft. Designed and manufactured entirely within the AKSI integrated ecosystem, Sentinel delivers a professional-grade platform for survey, surveillance, reconnaissance, inspection, and border-security operations where range, payload flexibility, and reliability matter most.

Conventional multirotors excel in confined spaces but sacrifice range; fixed-wings fly far but require runways. Sentinel eliminates this trade-off. Its quad-plane configuration allows vertical lift for take-off and landing, followed by smooth transition to efficient forward flight—enabling hybrid missions from rugged terrains to narrow clearings with minimal ground infrastructure.