About SKYPATH
2500km
Cruise Missile Range
99.9%
AI Target Hit Rate
1000
Drones Produced per Month Best Anti-Drone System
SKYPATH is a specialized provider of advanced unmanned aerial vehicle (UAV) systems, delivering mission-critical solutions for defense, military, and emergency response operations. Headquartered in Singapore, with manufacturing facilities in Vietnam and Thailand, we integrate end-to-end capabilities—from R&D and production to testing—to offer full-spectrum UAV solutions tailored to government, institutional, and defense sector clients.
Our core strength lies in the integration of cutting-edge AI pod technology with advanced UAV platforms. With a dedicated team of 13 PhD and 21 master’s-level engineers, SKYPATH possesses world-leading expertise in AI pod systems and drone flight control technologies.
Our products have been widely adopted by defense ministries, police departments, and fire-fighting agencies worldwide. Through extensive real-world deployment, we have accumulated rich AI datasets and earned high praise from government and public safety users for outstanding operational stability and mission results.
SKYPATH leads the industry in the following four domains:
1.Counter-UAV Technology
(Spectrum Monitoring + Jamming + Capture Net Systems)
2.AI Pod Visual Navigation
(AI Target Recognition and Tracking)
3.Real-World UAV Reconnaissance Applications
(Portable Tactical Drones + 9 km AI Reconnaissance Military Pod)
4.Suicide Drones
(AI Pod Target Lock-On + Radar-Absorbing Stealth Coating)
We believe drones must be born for security.
For us, security is dual: it is the absolute reliability of our drones, and the vital protection they provide—from guarding borders and fighting fires to countering unmanned threats.
Every second of every day, our relentless focus is on delivering this security. It is not just a feature, but our founding promise, built into every aircraft we make.
We don’t just build drones. We are builders of trust. When our drones fly, they carry a commitment to a safer world, protecting both the skies and what matters most below.
Engineered for Excellence.
Built for Your Mission.
Partner with SkyPath UAV for drones defined by superior quality and unwavering reliability. We deliver manufacturing excellence, ensuring every unit meets the highest standards for performance and durability. Your mission’s success is our blueprint. Reach out to start a conversation and receive a custom quote.
ADVANCED ANTI-INTERFERENCE
AUTONOMOUS CAPABILITIES
ROBOTICS & DRONE CONSULTING
News & Announcements
Recent Articles
Skypath Showcases Next-Gen Tactical UAV Solutions at Dubai Airshow 2025, Drawing Major International Interest
Dubai, 17th -25th Nov 2025– Skypath captivated global defense and aviation leaders at the Dubai Airshow 2025 with a powerful lineup of unmanned aerial systems (UAS) and advanced mission modules. The exhibition highlighted the company’s focus on portable, resilient, and intelligent drone technology, generating significant engagement from multiple international military delegations. The centerpiece of the display was a man-portable VTOL (Vertical Take-Off and Landing) reconnaissance drone. Weighing only 7kg, this tactical UAV is designed for single-soldier operation, featuring an exceptional 3-hour flight time for extended long-endurance reconnaissance missions. Its robust 8-level wind resistance ensures reliable take-off and landing in adverse weather, making it a versatile asset for all-weather ISR (Intelligence, Surveillance, Reconnaissance) operations. The integrated ecosystem on display included key enabling technologies: Four-element and eight-element anti-jamming antenna modules for secure UAV communication and data link stability. A visual-inertial fusion navigation module for high-precision, GPS-denied drone navigation. Multiple AI-powered targeting pods with automatic lock-on capability for enhanced accuracy. The booth attracted detailed inquiries from high-level teams, including command delegations from the UAE Air Force and Land Force, the Slovenian Ministry of Defence Logistics Administration, the Singapore Air Force, and the Serbian Ministry of Defence. The overwhelming response at the Dubai Airshow 2025 validates Skypath’s position as an innovator in lightweight VTOL drone systems and AI-integrated UAS solutions. The company is poised to advance partnerships and deliver cutting-edge technology to the global defense and security sector.
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TH100 Heavy Payload Drone: Unlocking Mission Versatility with Modular Expansion
As the demand for multi-role aerial platforms grows across firefighting, emergency response, public safety, and industrial sectors, the TH100 Heavy Payload Drone emerges as a robust, adaptive solution. At the core of its innovation lies its modular expansion capability, a game-changing feature that transforms the TH100 into a highly versatile mission tool. Built for Mission Diversity Engineered with military-grade coupling interfaces and secure locking mechanisms, the TH100 can be deployed with a wide range of accessories in under one minute. This rapid modular adaptability ensures that emergency teams and industrial operators can quickly respond to dynamic field conditions. A Closer Look at the Modular Accessories The TH100 supports three major categories comprising over 20 mission-specific modules. Here’s a look at some of the essential payloads that maximize its utility: Loudhailer: For public address and crowd control, allowing operators to communicate clearly during search and rescue or disaster response missions. Searchlight: Enhances night-time or low-visibility operations by delivering a powerful, focused beam of light from above. Fire Extinguishing Bomb Launcher: Capable of deploying P-10 fire extinguishing bombs directly over fire hotspots, making it ideal for aerial firefighting missions. Firefighting Water Cannon: Enables precision-targeted water or foam dispersion for suppressing small-scale fires or cooling overheated areas. Rope Descender: Allows for the safe and controlled delivery of life-saving supplies or rescue equipment from the air to ground personnel. Dry Powder Fire Extinguishing Bomb and Canister: Designed to combat chemical and electrical fires where water may be ineffective, these modules extend the TH100’s capabilities into specialized firefighting environments. Mission-Ready Loadout Plans To streamline deployment, the TH100 supports various pre-configured modular plans for different scenarios: Plan One: TH100 + Launcher + P-10 Fire Extinguishing Bomb Perfect for rapid aerial fire suppression in hard-to-reach zones. Plan Two: TH100 + Rope Descender + Searchlight + Loudhailer Optimized for night rescue operations and public safety missions requiring communication and supply drops. Plan Three: TH100 + Searchlight + Loudhailer + Firefighting Water Cannon Tailored for multi-purpose response, enabling visibility, voice communication, and water-based fire mitigation. Integration & SDK Support The TH100 isn’t just versatile in hardware, it also supports a standardized SDK interface, allowing seamless integration with fire suppression, monitoring, and transportation subsystems. This makes it an ideal platform for smart city applications and mission control automation. Conclusion Whether it’s fighting fires from the sky, aiding in emergency evacuations, or assisting law enforcement in remote operations, the TH100 Heavy Payload Drone stands out as a powerful, modular aerial tool. Its plug-and-play payload architecture ensures that it remains adaptable for the mission at hand, now and into the future. Check out Skypath TH100 drone here
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Defeating Jammers: Fiber Optic Gyroscope Inertial Navigation & AI-assisted targeting systems
As electronic warfare escalates across modern battlefields, traditional drones are hitting a wall — quite literally. GPS jamming, signal spoofing, and denied environments are grounding many loitering munitions before they even reach their targets. Our team set out to solve that. Today, we’re introducing our next-generation tube-launched loitering munition equipped with Fiber Optic Gyroscope (FOG) Inertial Navigation and an onboard AI-assisted targeting system, purpose-built to overcome jamming and finish the mission even in contested airspace. Why Traditional Navigation Fails in Combat Most loitering drones rely on GPS or GNSS for navigation, and that’s exactly what adversaries are exploiting. On the modern battlefield, GPS denial zones are common. EW systems can disrupt drone guidance, leading to mid-air losses or total mission failure. This is especially problematic for loitering munition systems that rely on long-range accuracy and autonomy. The Fiber Optic Gyroscope Advantage To counter that threat, we’ve integrated a FOG-based Inertial Navigation System (INS) a precision system that doesn’t rely on external signals. FOG works by detecting rotational changes via light interference in coiled fiber-optic cables, offering incredibly accurate heading and positional awareness. Key advantages: Immune to GPS jamming/spoofing Works underground, indoors, and in signal-denied zones Accurate over long distances with no external reference This means the drone can launch, navigate, and strike without ever needing to “check in” with satellites, making it near-impossible to disrupt. AI-Assisted Target Recognition & Mid-Flight Correction While the FOG INS keeps the drone on track, our AI vision system ensures it hits what matters. Once airborne, onboard sensors scan the terrain and compare visual data against a trained object-recognition model. This enables the drone to: Confirm and classify targets (e.g., tanks, artillery, bunkers) Autonomously correct its trajectory in the final phase Abort or divert if the environment changes (e.g., no target confirmation) Our neural network is optimized for speed and resource constraints, allowing rapid target detection and adjustment even with limited onboard compute. Ready to go This new system is currently integrated into our compact, portable Phantom Razor loitering munition, designed for frontline units needing high-impact, precision-guided strike capability without reliance on complex comms infrastructure. It’s: Tube-launched for rapid deployment from man-portable or vehicle-based systems Silent, small, and hard to detect Built to survive and adapt in signal-denied environments
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