Company Profile (AI Text)
Name: Alpha-Otto Technologies
Canonical URL: https://wefunder.com/alphaotto
Updated at: 2026-06-18T05:03:43Z

Tagline: Powering the Future with a Smarter, Cleaner Engine

Key claims:
- Total raised on Wefunder: 903716 | citation: https://wefunder.com/alphaotto#claim-total-raised
- Total investors: 299 | citation: https://wefunder.com/alphaotto#claim-total-investors

Verified facts:
- Total raised on Wefunder: 903716 | observed_at: 2026-06-18T05:03:43Z | expires_at: 2026-06-19T05:03:43Z
- Total investors: 299 | observed_at: 2026-06-18T05:03:43Z | expires_at: 2026-06-19T05:03:43Z

Computed metrics:
- total_amount_raised: 903716
- total_investors: 299
- team_size: 2
- featured_investor_count: 1
- faq_count: 5
- recent_post_count: 1

Quick facts:
- This technology has the potential to significantly disrupt the $285B global engine industry. | citation: https://wefunder.com/alphaotto#claim-fact-1
- Patent-protected engine design and method of operation, ready for commercialization. | citation: https://wefunder.com/alphaotto#claim-fact-2
- This is potentially the most efficient hydrogen combustion engine ever developed. | citation: https://wefunder.com/alphaotto#claim-fact-3
- A truly fuel agnostic engine - Able to run on almost any fuel with little to no modification. | citation: https://wefunder.com/alphaotto#claim-fact-4
- Incredible thermal efficiency, exceeding 50%, in a low-cost, mass producible engine. | citation: https://wefunder.com/alphaotto#claim-fact-5
- Experienced founders - each has started previous companies and raised over $1M in investment. | citation: https://wefunder.com/alphaotto#claim-fact-6
- $1.2m in federal grants funded R&D and initial prototype development through a prior company. | citation: https://wefunder.com/alphaotto#claim-fact-7
- In discussions with major engine OEMs to bring this innovative engine technology to market. | citation: https://wefunder.com/alphaotto#claim-fact-8

FAQ:
- Q: Hello, Is it possible to get the investment prospectus? (Ruben writting from Barcelona, spain)
  A: Hi Ruben, please see the reply above regarding financial statements and proper documents. Thank you.
- Q: What is predicted TBO on this using Diesel/Jet-A?
  A: We are currently targeting a TBO (Time Between Overhaul) of 2,000 hours when operating on Diesel or Jet-A in steady-state applications such as power generation, where the engine runs under continuous load. Regular service intervals will still be required, but achieving a TBO that matches or exceeds competitive four-stroke engines was a core design goal. This represents a significant improvement over traditional two-stroke engines, which often require overhaul in as little as 100 hours.
- Q: hello, i could not find any Financial statements, please provide us with the proper documents, thanks.
  A: We are currently in the first phase of the WeFunder investment process, which involves securing reservations from investors. The next step, which we are actively working on, is filing our Form C (the crowdfunding declaration) with the U.S. Securities and Exchange Commission. Once this Form C is filed and approved—typically taking 2 to 4 weeks—a new "DETAILS" tab will appear on our WeFunder page. This tab will provide all financial information and the investment prospectus. At that time, all i...
- Q: Could you provide more informations about emissions? For example what level of EU Euro norm would this engine have.
  A: When developing our engine technology, it was essential for us to design with both current and future emissions standards in mind, including the strict requirements of the EU’s current Euro 6 and the upcoming Euro 7 regulations. From the outset, we determined that any technology unable to meet or exceed these benchmarks would not be viable. This question is particularly nuanced when we consider the type of fuel being used. Hydrogen, for example, contains no carbon, which means it produces no ...
- Q: How you solved, that the exhaust fumes does not cause a excessive wear of rotary valve? Also, how is the valve lubricated?
  A: We’ve addressed concerns around exhaust-related wear on the rotary valve through both optimized combustion and purpose-driven mechanical design. 1) Combustion Strategy: Carbon buildup typically results from incomplete combustion. Our system is engineered for high-efficiency, complete combustion, even with carbon-based fuels. This dramatically reduces soot and carbon residue. By maximizing burn efficiency, we effectively prevent the formation of deposits that would otherwise impact the valve. ...

Recent posts:
- Year-End Momentum at Alpha-Otto (2025-12-23T18:12:33Z) https://wefunder.com/feed/235361