WE BUILD
AGI FOR ROBOTS
There is a bright future ahead when technology favours us. We develop advanced AI software trained on synthetic data and apply it across diverse hardware platforms.
Our computer vision systems operate in extreme conditions where others fail, giving Europe and partners a decisive technological edge.
ONE UNIFIED INTELLIGENCE
All our technologies are interconnected through Mąstytojas, creating a seamless AI ecosystem where every system learns from and enhances the others.
HARDWARE & SOFTWARE ECOSYSTEM
Our technology stack spans autonomous systems, AI models, and robotics-all designed to work seamlessly together in the most demanding conditions.
SIX CORE TECHNOLOGIES
Each technology operates autonomously while sharing intelligence through Mąstytojas, our unified AI brain. From drones to humanoids, every system leverages Pink Soup vision, Micro VPS navigation, and synthetic training data to create a seamlessly integrated hardware and software ecosystem.
Autonomous Drones
DRONE-NETSmart drones with computer vision and advanced navigation
Micro VPS
MICRO-VPSGPS replacement using camera feeds and satellite images
Autonomous Vehicle Technology
AUTO-DRIVEAI vehicle integration toolkit trained on synthetic data
Mąstytojas
MASTYTOJASAI brain generating training data at scale
Pink Soup
PINK-SOUPCustom AI model for real-time vision reasoning
Blueberry Humanoid
HUMANOIDIn-house humanoid robot for everyday tasks
Autonomous Drones
DRONE-NET
High-performance autonomous drones equipped with real-time computer vision, robotic functionalities, and intelligent navigation systems. Capable of complex aerial maneuvers, precision landing, object tracking, and adaptive path planning. Features thermal imaging, night vision capabilities, and multi-sensor fusion for comprehensive situational awareness in any environment.
3,000+
Units Shipped. Not Promised.
While others chase funding rounds and partnerships, we ship products.
22 people. Zero partnerships. 100% in-house research. Every line of code, every algorithm, every piece of hardware-built from the ground up. Small team, massive impact.
We don't do marketing. We do engineering.
WORKING WITH LEADERS
Collaborating with industry pioneers to push the boundaries of autonomous systems and AI technology.
CUTTING-EDGE TECHNOLOGY
Our technology leverages advanced artificial intelligence, efficient design, and autonomous systems to deliver unmatched performance across all products.
Advanced Neural Processing
State-of-the-art neural networks process millions of data points instantly, enabling real-time decision making across all autonomous systems. Mąstytojas serves as the central intelligence, orchestrating everything from drone navigation to vehicle control with unprecedented computational power and efficiency.
Real-Time Vision AI
Pink Soup, our custom vision model, delivers cutting-edge reasoning for instantaneous object detection, segmentation, and scene understanding. Optimized for edge deployment with sub-10ms latency, it enables continuous visual processing at 120+ FPS across all our hardware platforms.
Integrated Robotics Ecosystem
From aerial drones to humanoid robots, our unified technology stack powers diverse robotic systems with seamless coordination. Every platform shares the same core intelligence, vision capabilities, and synthetic training foundation, creating a truly integrated autonomous ecosystem.
Computer Vision Excellence
Industry-leading visual perception systems combining real-time object tracking, thermal imaging, night vision, and centimeter-precise positioning. Our Micro VPS technology enables GPS-free navigation with satellite-image matching and visual SLAM, working flawlessly in any environment.
Synthetic Data Training
Revolutionary training methodology using entirely synthetic data generated by Mąstytojas. Eliminates traditional data collection bottlenecks, accelerates development by 10x, and creates infinite edge cases and scenarios that would be impossible to capture in the real world.
GPS-Independent Navigation
Micro VPS technology provides centimeter-level positioning accuracy without GPS dependency. Uses camera feeds, satellite imagery, and visual SLAM algorithms to maintain drift-free localization even in the most challenging GPS-denied environments including urban canyons and indoor spaces.
WE'RE FINALLY
SHIPPING AUTONOMOUS
DEFENSE.
ADVANCED AGI SYSTEMS
Deployed autonomous systems delivering real protection across multiple environments. Every unit tested, proven, and operational.
AUTONOMOUS DRONES
IN THE FIELD
Real-time computer vision, thermal imaging, and autonomous navigation delivering 3K+ units deployed worldwide.
AI VEHICLE SYSTEMS
DEVELOPMENT
Complete autonomous vehicle integration toolkit trained on synthetic data for 10x faster development cycles.
22 people. 100% in-house research. Every algorithm, every piece of hardware-built from the ground up.
THREE ADVANCED PLATFORMS
Purpose-built autonomous drones that blend stealth, precision and mission flexibility-capable of everything from extended surveillance to rapid intercepts. Each platform delivers battle-tested performance with intelligent autonomy, operator-first ergonomics, and modular payloads that let a single airframe perform a wide range of missions.
Pikačiu
Night ShadowSilent observation meets lightning execution
Vėjas
WindModular ISR and strike platform for mobile operations
SkyRaptor
InterceptorHigh-speed VTOL interceptor for strike drone threats
Pikačiu
Night Shadow
An FPV drone built for versatility and precision. Compact and easy to deploy, it flies as if it were a natural extension of the pilot. Whisper-quiet and lightning-fast, Pikačiu can hover for over 30 minutes while observing a target, then transform into a high-speed racer capable of delivering precision payloads. Reliable, intuitive, and mission-ready, it's the ultimate companion for any operation.
"Can we do it cheaper?"
Turns out, we can.
When we asked ourselves if we could build autonomous AI robotic systems more efficiently, we didn't just find a better way-we revolutionized the entire approach. Our in-house drones prove that advanced AI robotics doesn't need massive factories or huge budgets.
Ultra-Low Cost
10x cheaper than traditional systems
Factory-Free Production
No industrial facilities required
Micro VPS AI Core
World's first GPS-denied AI navigation
Battlefield Modular
Attach any payload or weapon system
Precision APIs
Code your own targeting logic
Rapid Deployment
Ship directly to those in need
Ready to deploy autonomous robotics?
From concept to the real life in record time. No factories, no delays, just results.
PRINT & FLY PROJECTS
Introducing our latest addition to the drones we offer: while we continue to provide fully assembled, ready-to-fly drones, this new line is designed for more advanced aircraft suited to specialized scenarios. With these projects, you can purchase the 3D print files, assembly guides, and parts lists, allowing you to build and fly sophisticated drones right at home.
Print & Fly is dedicated to making high-performance UAV platforms accessible to enthusiasts worldwide. Our 3D-printed plane designs empower users to independently assemble advanced drones from anywhere, with full support including design guidance, assembly instructions, and CFD analysis. Each project is carefully optimized for aerodynamics and real-flight performance. Join our growing community to share experiences, exchange tips, and explore the potential of next-level UAVs.
Sparnas
The WingStable classic-layout aircraft with push propeller
Mintis
MindCompact FPV plane with exceptional versatility
Žaibūnas
LightningCompact FPV wing for speed and agility
Šmėkla
GhostFlying wing with VTOL capability
Sparnas
The Wing
Sparnas – The Stork is a stable, classic-layout aircraft featuring a push propeller and V-tail. Its 1600 mm wingspan strikes the perfect balance between compactness and high performance. The spacious fuselage can accommodate all necessary equipment and a large battery, making the aircraft highly versatile and easily adaptable to your needs.
Ideal for long-range FPV flights as well as LOS operations, Sparnas has been tested both with and without a flight controller. Its aerodynamic design ensures excellent stability and handling, even in fully manual flight. When properly balanced, it requires no trimming, offering a flight experience similar to a slightly more agile motor glider. The optimal cruise speed is between 50–60 km/h. Most components are printed from LW-PLA, with select parts from standard PLA or other rigid materials. A ready-to-fly aircraft equipped with all gear and a 4S 3700 mAh battery weighs approximately 1,500 g. Its payload capacity can be increased up to 3,000 g by using a larger battery and additional equipment.
IN-HOUSE PRODUCTION
We're a team of 22 best friends developing autonomous systems and robotics solutions. Our approach: in-house production-no factories needed, just passion and basic tools.
Autonomous AI Drone Cost
Commercial robotics platform vs our modular design
Development to Deploy
From prototype to field-ready autonomous system
€120 DRONE - ONLY WHAT'S NEEDED
DJI charges €1,500 for features we don't need. Mission-focused design delivers exactly what's required.
Cameras
Mission Critical
Motors
Mission Critical
Flight Computer
Mission Critical
Battery
Mission Critical
FROM PRINT TO FLIGHT
Complete production in a home workshop. No factory. Just passion and precision engineering.
Friend-Driven
Built by 22 friends with passion, not corporate committees
Workshop Built
Simple solutions from home workshops with basic tools
Essential Only
2 cameras, flight computer, 4 motors, battery - nothing more
22 BEST FRIENDS + BUILDING THE FUTURE
We develop drones, autonomous vehicles, and humanoid robots. Building scalable solutions that work. No partnerships. No factories. Just passion and precision.
SEE US IN ACTION
Engineering Labs
On Site Operations
Software Integration
Team in Action
Engineering Labs
On Site Operations
Software Integration
Team in Action
Engineering Labs
On Site Operations
Software Integration
Team in Action
Engineering Labs
On Site Operations
Software Integration
Team in Action
Engineering Labs
On Site Operations
Software Integration
Team in Action
Engineering Labs
On Site Operations
Software Integration
Team in Action
Engineering Labs
On Site Operations
Software Integration
Team in Action
Engineering Labs
On Site Operations
Software Integration
Team in Action
Engineering Labs
On Site Operations
Software Integration
Team in Action
Engineering Labs
On Site Operations
Software Integration
UNIVERSAL VISION SYSTEM
Our robotics research project consolidating everything we've learned - every AI model trained, every algorithm refined - into a universal camera vision system that takes action on your behalf. Currently in active development and training.
Active Development Phase
This is a research prototype, not a commercial product. We're actively training and refining the system. Interested in custom applications? Contact us to discuss possibilities.
ADAPTABLE SCENARIOS
A single vision system adaptable to countless scenarios-from everyday driving assistance to specialized defense operations.
AI Co-Pilot
Lane centering, adaptive cruise control, and intelligent driving assistance for everyday vehicles
Intelligence & Reconnaissance
Autonomous surveillance, patrol missions, and real-time intelligence gathering in hostile or remote environments
Supply & Logistics
Automated cargo delivery, medical supply runs, and equipment transport without risking human operators in dangerous zones
Tactical Operations
Combat-ready platforms for strategic battlefield support and high-risk mission deployment
INTEGRATED INTELLIGENCE
Modern machine learning meets real-world robotics in an integrated system that understands and acts.
Connects to Your Vehicle
Integrates with your car's CAN network and camera systems. Modern vehicles accept electronic steering, gas, and brake commands for ADAS features. Our system leverages these capabilities for advanced autonomous control.
Advanced Neural Networks
State-of-the-art vision models that understand road scenes and predict optimal driving paths. Trained on millions of kilometers of diverse driving data, handling nuanced situations like faded lane lines and varied conditions.
Continuous Learning
Every deployment feeds back into our training pipeline. The system improves with each mile driven, learning from edge cases and expanding its understanding of real-world scenarios across different environments.
Interested in Custom Applications?
While this isn't a commercial product yet, we're open to discussing custom implementations and partnerships. Let's explore what's possible together.
Mąstytojas
Core AI brain that generates infinite training data and powers every piece of hardware we produce.
Powers Our Ecosystem
Infinite Data Generation
Unlimited training scenarios
Real-World Simulation
Test any condition
Hardware Integration
Powers every device
Open Development
Complete SDK access
Custom Solutions
Ready in days
Rapid Deployment
Live in 24 hours
Ready to build the future?
From synthetic data generation to global deployment. Experience AI that creates its own training data.
LIVE DATA
Real-time searches and system performance across the globe.
FUND THE FUTURE
Every contribution directly funds research, development, and deployment of autonomous AI systems.
Component
Fund critical components for one drone
System
Complete autonomous defense unit
Mission
Full operational capability package
Grab a Coffee
Let's chat about drones, AI, and building the future. We love talking about this stuff.
Join the Team
22 people changing the world from a workshop. Want to be #23?
OH, AND WE ORGANIZE ROBOT FIGHTS
Because building robots is cool. Watching them battle in VR-controlled combat? That's legendary.
ROBOT
KOMBAT
Real humanoid robots. Real VR-controlled combat. Real-time destruction. Live in Vilnius, Lithuania.