Blade repair.
Automated.
Your crews repair the leading edge from the ground with Reblade's autonomous drone tools. In just four hours per turbine instead of four to five days on ropes.
Your service, our technology.
Reblade supplies the tool, the software and the training. We lease it to the OEMs and service providers who hold the contracts, certify their crews and keep improving the autonomy behind every repair.
We grow when you win more service work.
What changes for you.
Choose your role.
Your challenge
Uptime guaranteed, technicians scarce.
Zero-rope-access policies, a shrinking pool of rope technicians and turbines that can't wait for a full calm, dry day.
With Reblade
More working days per campaign.
Certified crews run Reblade tools across every turbine under your service agreements, and any dry day with wind up to 14 m/s is a working day.
What you gain
- More turbines per repair campaign
- Work through winds up to 14 m/s
- No technicians on ropes
Your challenge
Growing scope. Scarce specialists.
Every new contract means hiring rope-access technicians who are hard to find, and tenders are won on speed.
With Reblade
More scope, same crew.
Your existing technicians operate the drone from the ground and handle several turbines a day.
What you gain
- Several turbines per crew per day
- Faster onboarding than rope certification
- An automated offer that wins tenders on speed
Your challenge
Lost output, waiting for a full calm day.
Eroded blades produce less energy, and repair campaigns stall whenever the wind picks up.
With Reblade
Production back, sooner.
Repairs in hours instead of days, at winds up to 14 m/s, delivered through your OEM or service partner.
What you gain
- Restored annual energy output
- Fewer stopped turbine-days
- Repairs through the partner you already use
Every blade erodes.
Repairs used to require a rope team, long weather windows and days of downtime. Not anymore.
- 99%
- of blade repairs are still manual
- ~55%
- of blade maintenance cost comes from erosion
- 2–5 yrs
- between repairs on every blade
- 150k
- projected wind technician shortfall
| Per turbine | Rope access | Reblade |
|---|---|---|
| Time | 4–5 days | ~4 hours |
| People on ropes | Full rope team | None |
| Wind limit | ~10 m/s | 14 m/s |
| Workforce | Scarce specialists | Your crew, certified |
| Consistency | Varies by technician | Software-controlled |
Your crew supervises from the ground.
The drone sands, cleans and coats the leading edge, the same sequence a rope team used to perform manually. Your technicians run it from the ground, and the software makes every pass the same.
Sand
Damaged material comes off the leading edge in controlled, repeatable passes.
Clean
The surface is brought to coating specification, so the new protection bonds.
Coat
Leading edge protection is applied evenly, blade after blade, turbine after turbine.
It already works on operating wind farms, needs no site-by-site flight permit and keeps going up to 14 m/s. Patented and built in Denmark.
See it on the blade
Book a meeting and we'll show you the footage ↗Wind is the beachhead.
The same autonomy stack and flight, with new tools. Maintenance done manually today, on other hard-to-reach structures, is next for the same platform.
Onshore
Leading edge erosion repair on operating onshore turbines.
Offshore
Where erosion is worse, access is harder and every hour costs more.
Multi-tool
New end-effectors on the same platform: lightning receptors, sensors, de‑icing.
Infrastructure
Any asset maintained by hand in a difficult place.
Danish robotics for wind.
Founded in 2020 in Denmark, Reblade brings together talented robotics, autonomy, software, and wind engineers with one goal: automate the maintenance of energy and critical infrastructure in hard-to-reach or impossible locations.
- Tier-one utilities
- Agreements with leading wind operators.
- Global turbine OEM
- Fleet-scale deployment under negotiation.
- EU-backed
- EIC, Eureka/Eurostars and Nordic venture capital.
10× more efficient maintenance.
Talk to us about how you can automate your fleet maintenance at scale.