Quantinuum's IPO receives oversubscribed orders with double-digit multiples, plans to raise over $1 billion
Taylor Wilson
Honeywell's quantum-computing unit Quantinuum has drawn double-digit oversubscription for its IPO, valuing the company at ~$13 billion — yet its 2025 revenue was just $30.9 million against a $192.6 million net loss.
How hot is this IPO?
Bloomberg reports, citing people familiar with the matter, that Quantinuum's IPO has been oversubscribed by double digits.
The company plans to offer 21.05 million Class A shares at $45–$50 per share, raising up to ~$1.05 billion at the top of the range.
Quantinuum will list on the Nasdaq Global Market under the ticker "QNT", with trading expected to begin early next month.
Can a $13 billion valuation hold up?
At the top-end price, Quantinuum would be valued at roughly $13 billion.
But 2025 full-year revenue was only $30.9 million (up ~34% from $23 million in 2024), while net losses widened to $192.6 million.
In plain terms = the market is pricing this company at over 400 times its annual revenue. Investors are not buying today's business — they are betting on what quantum computing becomes.
What do the booking numbers say?
Full-year 2025 bookings reached $79.3 million, well above recognized revenue, meaning contracts are being signed but revenue recognition lags behind.
Yet Q1 2026 bookings came in at just $1.3 million, down from $1.9 million in the same quarter a year earlier.
This reflects the uneven pace of quantum commercialization — one quarter's dip is not a verdict, but the trend is worth watching.
Losses are growing — where is the money going?
Net loss widened to $192.6 million, which the company attributes to "continued investment in growth and commercialization."
This means → Quantinuum is in a cash-for-technology phase, and the IPO proceeds are fundamentally about keeping that runway alive.
The company recently signed an agreement with the U.S. federal government for R&D funding to tackle technical bottlenecks in developing fault-tolerant trapped-ion quantum computers — machines that can automatically correct their own errors, bringing quantum computing closer to practical use.
Content is for reference only, not financial advice.