Aerotech Innovations

eVTOL UAV

Introducing our high-endurance fixed-wing VTOL UAV — meticulously designed and engineered for real-world missions that demand both performance and precision.

With a wingspan of 3.25 meters and a Maximum Takeoff Mass (MTOM) of 24 kg, this drone is built for endurance-critical tasks. It offers up to 4 hours of continuous flight time, reaches speeds of up to 120 km/h, and can operate at altitudes of up to 4000 meters.

Designed for heavy payloads, it supports up to 5 kg of mission equipment, making it ideal for advanced aerial operations.

Key Applications:
 

LIDAR-based Point Cloud Generation

Aerial Surveying & High-Resolution Mapping

Forest Fire Monitoring & Firefighting Support

Rural & Remote Area Cargo Delivery

Hybrid VTOL 

Precision Weather Modification Meets Advanced UAV Engineering

This cutting-edge hybrid VTOL drone combines the efficiency of a gasoline-powered fixed-wing system with the flexibility of electric vertical takeoff and landing motors — enabling autonomous operations in diverse terrain and weather conditions.

Purpose-built for artificial rain induction and cloud seeding missions, it is optimized for long-endurance atmospheric operations at high altitudes with heavy payloads.

🔧 Key Specifications:

Flight Time: Up to 5 hours

Wingspan: 5.2 meters

MTOM: 70 kg

Payload Capacity: Up to 25 kg

Max Speed: 100 km/h

Ceiling Height: 4000 meters

☁️ Primary Applications:

Artificial Rain / Cloud Seeding Missions

Environmental Monitoring & Aerial Surveying

Large-Scale Mapping & Data Acquisition

Quadcopter 

🛰️ MARID-I Quadcopter

Adaptive UAV for Inspection, Search & Rescue, and Multi-Environment Operations

MARID-I is a highly versatile autonomous drone platform engineered for seamless operation across land, indoor, and aquatic environments. With its modular adaptive design, the MARID-I can transform to suit the mission — from high-risk indoor inspections to water-based search and rescue operations.

🔧 Key Specifications:

Flight Time: Up to 15 minutes

MTOM: 2.2 kg

Payload Capacity: 1 kg

Structure: Carbon fiber with detachable cage and floats

🛠️ Modular Design – 3 Modes in 1 Platform:

Outdoor Mode (Bare Frame): Lightweight and agile for aerial surveys and inspection in open environments

Indoor Mode (With Protective Cage): Safe and stable flight in confined or hazardous spaces such as factories or collapsed buildings

Water Mode (With Floats): Amphibious capability allows floating and operation near or over water bodies for search & rescue

🔍 Smart Features:

Advanced Sensor Suite:

LiDAR for 3D mapping and collision avoidance

Thermal Camera for rescue operations and heat detection

RGB Camera for high-quality imaging

AI-Driven Navigation:

Real-time obstacle detection

Autonomous path planning

Onboard fault detection and fail-safe protocols

⚙️ Applications:

Search & Rescue Operations (land, air, and water)

Critical Infrastructure Inspection

Industrial Safety Audits

Indoor and Confined Space Navigation

Environmental Monitoring

Biplane Tail Sitter UAV

✈️ Biplane Tail-Sitter UAV

Vertical Precision Meets Payload Innovation

The Biplane Tail-Sitter UAV introduces a unique combination of compact vertical takeoff capability and an innovative cylindrical payload bay housed between its dual wings. This design provides stable hovering, efficient forward flight, and precision payload deployment — making it ideal for applications where accurate mid-air delivery and flexible landing are critical.

🔧 Key Specifications:

MTOM: 10 kg

Flight Time: Up to 1.5 hours

Payload Capacity: 4 kg

Wingspan: 1.5 meters

🛠️ Key Innovations:

Cylindrical Payload Bay (Between Wings):

Payload is centrally located for optimal balance

Enables in-flight payload drop via parachute mechanism

Easy loading/unloading access from the center of the aircraft

Tail-Sitter Configuration:

Vertical takeoff and landing with no runway needed

Hovers like a multirotor, flies efficiently like a fixed-wing

Suitable for deployment in tight or rugged environments

🎯 Applications:

Aerial Payload Drop Missions (e.g., emergency kits, sensors)

Autonomous Supply Delivery

Environmental Sensor Deployment

Experimental Airdrop Testin

Cargo Plane

🛩️ Amphibious Long-Endurance UAV

Dual-Surface Operations. Massive Payload. Exceptional Range.

This Fixed-Wing Amphibious UAV is engineered for extreme endurance, heavy-lift missions, and unmatched versatility across land and water. With integrated landing gear and floats, it can seamlessly operate from runways, rough terrain, or water bodies, making it ideal for coastal, marine, and remote area logistics.

🔧 Key Specifications:

Wingspan: 36 feet (≈11 meters)

MTOM: 600 kg

Payload Capacity: 200 kg

Flight Time: Up to 10 hours

Ceiling Altitude: 12,000 meters

🛠️ Key Features:

Dual-Surface Landing Gear:

Equipped with wheeled gear and floats for flexible takeoff/landing

Operates on runways, grass fields, unprepared terrain, and open water

Large Payload Bay:

Can carry diverse payloads including sensors, cargo, equipment,

Excellent option for multi-role configurations

Long-Endurance Airframe:

Aerodynamically optimized for high fuel efficiency

Reliable for persistent surveillance, long-range cargo, or environmental monitoring

🌍 Use Cases:

Cargo Delivery to Remote or Island Regions

Fixed Wing

✈️ Long-Endurance Fixed-Wing UAV

Gasoline-Powered | High Efficiency | Tactical Flexibility

This compact long-endurance UAV is designed for extended missions requiring efficiency, range, and rugged reliability. With a wingspan of just 3.5 meters, it houses a gasoline engine optimized for fuel economy, achieving an impressive 8-hour flight time on a single tank. Its robust structure and smart payload bay make it ideal for professional surveying, mapping, and tactical observation missions.

🔧 Key Specifications:

Wingspan: 3.5 meters

MTOM: 20 kg

Payload Capacity: 5 kg

Flight Time: Up to 8 hours

Power System: Gasoline engine

🛠️ Features:

Fuel-Efficient Gasoline Engine:

Enables long-duration flights without complex battery management

Ideal for missions in areas lacking ground charging infrastructure

Compact Airframe Design:

Easy to transport and launch from short fields

High strength-to-weight ratio

Optimized Payload Bay:

Supports professional-grade equipment: LiDAR, cameras, sensors, etc.

Stable and vibration-isolated for precise data capture

🌍 Use Cases:

Aerial Surveying & Mapping

Agricultural Monitoring

Forest and Wildlife Observation

Environmental Research

Tactical Reconnaissance

Invisible Drone

🕶️ 360° Invisible Drone

Lightweight | Stealth Capture | Seamless 360° Imaging

It is a specially engineered ultra-light drone platform designed to carry a dual-lens 360° camera (Insta360 X5) while remaining completely invisible in the final footage. With precise camera placement, slim structural arms, and a perfectly balanced layout, this drone becomes the ultimate tool for immersive content creation.

🎥 Key Specifications:

Flight Time: 20 minutes

Maximum Takeoff Mass (MTOM): 700 grams

Camera Payload: Dual-lens Insta360 X5

360° Capture Field: No obstruction from propellers or frame

✨ Features:

True 360° Visibility

Captures immersive aerial views with no visible drone parts

Ideal for VR content, cinematic aerial shots, and social media storytelling

Invisible in Final Output

Strategic camera mounting and minimal frame interference ensures full spherical imaging

Ultra-Light Construction

Designed for legal sub-750g flight operations in many jurisdictions

Quiet and stable — perfect for urban or nature captures

Quick Deployment

Compact size and simple controls allow for fast setup and shooting

🎯 Use Cases:

Cinematic Filmmaking

Virtual Tours & Real Estate

Social Media & Vlogging

Tourism Promotion & Experience Marketing

Event Documentation

Blended Wing Body UAV

🛩️ BLAZE-X – Blended Wing Body Jet UAV

High-Speed | Heavy Payload | Rapid Response

BLAZE-X is a next-generation Blended Wing Body (BWB) UAV powered by a high-thrust jet engine, purpose-built for urgent payload delivery and tactical aerial missions. Its advanced aerodynamics, integrated payload bay, and powerful propulsion system make it ideal for high-speed, long-range logistics operations—even in time-critical and high-risk environments.

✈️ Key Specifications:

Maximum Takeoff Mass (MTOM): 140 kg

Payload Capacity: 50 kg

Wingspan: 4 meters

Propulsion: High-speed Jet Engine

Primary Use: Emergency Aid & Cargo Delivery

🚀 Core Features:

Blended Wing Design

Combines efficiency and strength with reduced drag and increased lift

Streamlined body for optimal fuel consumption and performance

Jet Propulsion

Enables very high cruise speeds, ideal for urgent logistics and emergency missions

Delivers fast response in remote or disaster-hit areas

Large Internal Payload Bay

Secure, aerodynamic enclosure for sensitive or heavy cargo

Payload release or delivery mechanisms can be customized

Rugged Build for Challenging Missions

Built for quick deployment and operations in rugged terrain, conflict zones, or extreme weather

🎯 Use Cases:

Disaster Relief Aid Drops

Medical Supply Delivery

Military Logistics

Time-Sensitive Industrial Transport

Top Speed Drone

🛰️ Top Speed Drone

Category: High-Speed FPV Quadcopter
 

🚀 Key Features:

Maximum Speed: 400 km/h

Design Purpose:

Built for high-speed interception and defense missions

Used to detect, lock, and intercept airborne targets

Designed to strike at enemy drone propellers or explode near them to stall or disable the threat

 Design Highlights:

Aerodynamic profile inspired by missile-like layout with forward-mounted dual propellers

Optimized for speed, manoeuvrability, and target engagement

Compact design to enhance speed and reduce drag

AEROLITE

🛩️ AEROLITE – Ultra-Light Fixed Wing UAV

Minimal Weight | Maximum Efficiency | Budget-Friendly

The AEROLITE is an ultra-light fixed-wing UAV, hand-built using balsa wood, lightweight plywood, and a flexible plastic-film outer shell. Weighing just 1 kg, it is designed for low-cost operations with the capability to carry up to 4 kg payload—an impressive 4:1 payload-to-weight ratio.

Perfect for experimental projects, educational research, and lightweight logistics, AEROLITE proves that affordable drones can still deliver serious performance.

✈️ Key Specifications:

Empty Weight: 1 kg

Payload Capacity: 4 kg

Construction: Balsa wood, plywood frame with plastic outer film

Type: Fixed-wing UAV

Landing Gear: Lightweight, detachable

🔧 Key Features:

Extremely Lightweight Build

Constructed with balsa and thin plywood for structural strength

Plastic wrap skin keeps weight minimal while reducing drag

Ultra-Efficient Payload Capacity

Can lift 4x its empty weight, ideal for light cargo delivery or sensor payloads

Modular & Repairable

Easily replaceable components

Low repair cost due to simple design and materials

Educational & Experimental Use

Ideal for drone training, university research, or rapid prototyping

🎯 Use Cases:

Academic UAV projects

Payload testing

Short-range delivery (medical kits, electronics)

Aerial mapping and surveys with small sensors

STEM and drone-building workshops

Window cleaning drone

🧽 Window Cleaning Drone

Category: Hexacopter – Utility UAV

🛠️ Key Features:

Type: Heavy-lift hexacopter with precision hovering capabilities

Payload Integration:

Carries long aluminum shaft with high-pressure water + detergent nozzle

Water is pumped from the ground through a lightweight flexible pipe

Flight Time: 30 minutes (per battery cycle)

💧 Multi-Use Functions:

Window Cleaning:

Sprays pressurized water and detergent on glass building facades

Reduces the need for human cleaners to be suspended on high-rise exteriors

Snow & Ice Removal:

Capable of spraying anti-icing chemicals to melt snow on rooftops and windows

Prevents snow accumulation and related structural risks

Smart Drone

Category: Small Autonomous Smart UAV

🚁 Key Specifications:

Type: Quadcopter

MTOM (Max Takeoff Mass): 1 kg

Flight Time: 20 minutes

Autonomy: Fully autonomous flight with tracking and return-to-charge capability

🔍 Smart Capabilities:

Follow-Me Mode:

Automatically tracks a person or vehicle using onboard AI vision

Object Detection:

Recognizes obstacles, intruders, and other threats

Landing on Moving Vehicles:

Capable of precision landing on a car-mounted charging pad

Auto-align and dock for wireless or contact charging

Sounding Rocket

🚀 SKY Walker – Sounding Rocket Project

Category: High-Powered Experimental Rocket
Project Type: Competitive | Cost-Effective Surveillance | Experimental Payload Deployment

📈 Mission Overview

The SKY Walker is a 2.6-meter-tall sounding rocket designed to reach an apogee of 10,000 feet. The rocket is built as a cost-effective fast surveillance system that deploys a functional payload at altitude. It serves multiple defense and research applications including live video transmission, missile deception, and rapid aerial surveillance.

🔧 Technical Specifications

Height: 2.6 meters

Maximum Takeoff Mass (MTOM): 10 kg

Maximum Speed: 270 m/s

Altitude Target (Apogee): 3000 meters (10,000 feet)

Propulsion: Solid Rocket Motor – SRAD (Student Researched and Designed)

Specific Impulse (Isp): >150 seconds

📦 Payload

Deployment Method: Released at apogee

Functionality: Live video transmission, thermal signature, sensor package

Use Cases: Surveillance, heat-seeker decoy, reconnaissance

🪂 Triple Recovery System

Drogue Parachute – for high-speed descent stabilization

Payload Chute – for safe payload drone deployment

Main Parachute – for final rocket body descent