WRIGHT
FAN
Maximum uptime. Easy refurbishment. Built to be recycled.
A fully modular 4-part system: impeller, motor, bearing, and housing. Each component replaces in under one minute, in the field, without tools. Built for data centers and crypto-mining facilities that cannot afford downtime.
Traditional fans fail as a single unit, forcing full replacements and unplanned downtime. The Wright Fan treats each failure as a parts problem, not a hardware problem. Four field-replaceable modules. Any one of them fails, you swap that part alone.
Impeller — High-pressure blade assembly. Swap for wear or efficiency upgrade without touching the motor.
Motor — Brushless DC motor, field-replaceable. Every motor carries its own usage history via QR code.
Bearing — The most common failure point in any fan. Replace the bearing alone, not the whole unit.
Housing — Structural frame and electronics board. Compatible across 120mm and 140mm configurations.
How the service model works
- 1
Purchase the initial hardware. 120mm units are available now; 140mm pre-order is open.
- 2
A failure triggers an automatic replacement: prepaid shipping label, new parts arrive immediately.
- 3
Failed modules return to Wright One's Cedar Park, Texas facility for refurbishment.
- 4
Refurbished units re-enter service up to 4 times before full end-of-life recycling.
Fails harder. Comes back stronger. Recycled 4x in the USA.
In automotive and aerospace, circular manufacturing replaced the use-and-throw model decades ago. Wright One applies the same discipline to bitcoin mining: refurbishing and reusing each fan module up to 4 times before full end-of-life recycling at its Cedar Park, Texas facility.
The result: total lifecycle CO₂e cut by up to 85%, and total cost of ownership reduced by roughly 50% over five years.
Modularity
Swap any failed part in under a minute, on site, without specialized tools.
Circular tariff
4x reuse cuts tariff impact by 75% compared to single-use hardware.
Transparency
Real-time uptime, failure, and CO₂e tracking for every unit deployed.
WrightFlow Industrial
A fully modular electric turbine platform for managing airflow and efficiency at scale. From crypto-mining rows to industrial ventilation, the platform adapts to any environment without proprietary lock-in.
Primary market
Crypto Mining
WrightFlow eliminates airflow limits. Expand fan stages to boost exhaust and maintain perfect pressure across high-density mining rows.
Tier II/III facilities
Data Centers
Fully modular, service-maintained, and performance-tuned cooling. Free hardware upgrades as you scale, with no downtime for rotations.
Q2 2026 rollout
Industrial Ventilation
Piloting adaptive systems in self-storage to launch a commercial line. Early adopters receive white-glove onboarding and priority hardware allocation.
Failures and transparency
What we track
Failures by type
Every failure is categorized across motor, impeller, bearing, and electronics to identify root causes by environment, batch, and operating conditions.
Downtime impact
Each event is tracked by its effect on uptime and throughput. Analytics quantify lost cooling hours and cost per site.
Resolution actions
Every replacement, refurbishment, and design improvement feeds back into the system. Customers see exactly how each issue was resolved.
How we resolve
QR-tracked units
Every Wright Fan carries a laser-etched QR code linked to its serial history. Each scan logs performance, uptime, and environmental data.
Root cause analysis
Failures trigger automatic data collection across site conditions, operating loads, and component age to isolate the source.
Design and supplier fix
Field data feeds directly into design and supplier updates. Each issue resolved strengthens the next generation of Wright Fan.
Replacements
In Wright One's service model, every failure is automatically replaced. Prepaid shipping, no approval required, no limits.
Live stats
Real-time uptime, failure, and CO₂e tracking.
Fans Deployed
90
Fans Failed
4
Avg. Failure Rate
4.4%
Avg. Downtime
N/A
Flying cars start here.
Every fan we build cools your systems today, while the data we gather fuels tomorrow's airborne vehicles.
Wright Fan turns today's cooling power into tomorrow's motion.
Apply for pilot program