Diesel-powered laptops engineered for extreme environments. When power grids fail and batteries die, DieselTops keeps running.
Critical operations can't afford downtime, yet traditional computing fails when it matters most
Remote operations, disaster zones, and developing regions lack reliable power infrastructure. Traditional laptops become paperweights without outlets.
Standard laptop batteries last 4-12 hours under optimal conditions. Extended missions require dozens of backup batteries—impractical and expensive.
Extreme temperatures, moisture, and dust destroy consumer electronics. Military, emergency response, and field research demand rugged reliability.
When laptops fail in the field, missions abort, lives are at risk, and millions of dollars are wasted. The U.S. military alone spends over $2.3 billion annually on field computing equipment that fails to meet operational demands.
The world's first diesel-powered laptop engineered for unstoppable performance in any environment
On a single tank of diesel fuel—equivalent to 200+ battery packs
MIL-STD-810H certified, IP67 water/dust resistant, shock-proof chassis
Operates from -20°C to 60°C (-4°F to 140°F)
Standard diesel fuel available globally—no proprietary batteries or chargers
Our Alpha prototype has successfully completed 500+ hours of field testing in Arctic, desert, and jungle environments
Revolutionary power generation and thermal management systems
Compact, ultra-efficient 50W diesel generator with 95% power conversion efficiency. Quieter than a whisper at 35dB operation.
Advanced liquid cooling system dissipates heat from both CPU and generator, maintaining optimal temperatures in any climate.
Intelligent power distribution between diesel generator, battery buffer, and computing components maximizes efficiency and runtime.
Machined aluminum frame with reinforced carbon fiber shell. Impact resistant to 1.2m drops, vibration isolated components.
$47 billion ruggedized computing market growing at 7.2% CAGR
Forward operating bases, reconnaissance, command & control
Disaster relief, search & rescue, crisis management
Remote sites, oil & gas, construction, mining operations
Polar research, archaeological digs, field biology
Target U.S. Department of Defense and NATO allies. Initial contracts worth $15-25M already in pipeline through defense contractor partnerships.
Scale to emergency services, industrial operations, and research institutions. Leverage military validation for rapid market penetration.
Enter developing markets where power infrastructure is unreliable. Establish regional manufacturing and service centers.
Deep expertise in hardware engineering, military technology, and enterprise scaling
Former Principal Engineer at Lockheed Martin. PhD in Mechanical Engineering from MIT. 15 years developing ruggedized military systems.
Ex-Apple Hardware Engineering Lead. Holds 23 patents in thermal management and power systems. MS Electrical Engineering, Stanford.
28 years U.S. Army, former Director of Defense Innovation Unit. Expert in defense procurement and logistics. West Point graduate.
Seed round to accelerate prototype development and secure initial defense contracts
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