Flexofold Propeller Prices 2025 Guide

Why Flexofold prices vary

Flexofold propellers are configured to your drivetrain and hull clearance. Pricing changes based on:

• Drive type: Shaft vs Saildrive
• Diameter and blade count (2 / 3 / 4 blade)
• Fitment: Shaft bore (mm/inch) or saildrive make/model
• Engine horsepower and gear reduction ratio
• Pitch recommendation for your cruising RPM

If you want an exact price, we need the specs! The ranges below help you budget but realistically we need real boat details here for a Quote.

Realistic 2025 price ranges (USD)

These ranges are based on official Flexofold USD export price sheets and are intended as a budgeting reference.

2‑Blade (Shaft)

Typical range: $1,100 – $2,200 USD

• Common 13–16" setups: approximately $1,097 – $1,260
• Common 17–20" setups: approximately $1,405 – $2,154

3‑Blade (Shaft)

Typical range: $2,400 – $4,500+ USD

• Common 13–16" setups: approximately $2,469 – $2,632
• Common 17–20" setups: approximately $2,777 – $3,526
• Large 22–26" setups: approximately $4,255 – $7,789

2‑Blade (Saildrive)

Typical range: $1,100 – $2,200 USD

3‑Blade (Saildrive)

Typical range: $2,900 – $6,500+ USD

4‑Blade (Shaft or Saildrive)

Typical range: $5,000 – $10,000+ USD

Note: Delivered totals can and do differ once freight, brokerage, duties/taxes, and final engineering review are applied.

Shop Flexofold props: Cruising Solutions Propellers Collection

Need parts fast? We stock common Flexofold spare parts in the USA for fast shipping: Flexofold Spare Parts Collection

What makes this guidance credible

We have represented Flexofold in North America for 18 years. Over that time, the brand has maintained its core strengths—consistent manufacturing quality, reliable engineering, and predictable performance. One member of our own team has run a Flexofold propeller for more than 20 years and continues to recommend it based on long-term real-world use.

Independent testing is rare (and expensive)

Large-scale propeller comparisons are uncommon because they require repeated haul-outs, mechanical swaps, and controlled on-water testing. One of the better-known examples is Yachting Monthly’s folding and feathering propeller test. Read it here: Yachting Monthly propeller test.

Our own experience after switching

Last year we made the decision to replace the MaxProps on our own catamaran. The old props had developed noticeable play, and we wanted to see firsthand what the discussion around Flexofold was about.

The performance improvement was immediate. Even on a heavier boat, acceleration felt smoother and it was noticeably easier to push through the water. We expected a transition period while getting used to the new props, but that learning curve lasted only minutes. We gained speed and we were genuinely impressed.

What stood out even more was maintenance—or rather, the lack of it. At the end of the season there was nothing to disassemble, grease, or rebuild. At launch in the spring, we simply opened and closed the blades to confirm free movement and that was it. Previously, commissioning meant hours with grease, tools, and careful reassembly. We did not miss that work.

Are we happy with the switch? Absolutely. In hindsight, the only question is why we waited so long.

Frequently asked questions

Do Flexofold props have weak reverse thrust?

No—when operated correctly. Folding props open under load. In reverse, a firm application of throttle ensures the blades fully open. Most “reverse performance” complaints trace back to applying throttle too gently. Once deployed, reverse thrust is strong and predictable.

How quickly do the blades open—can I rely on it when docking or entering an anchorage?

Yes. In tight quarters, we recommend a brief, decisive throttle application early so the blades are fully deployed before you need precise control. That simple habit removes uncertainty when picking a spot or making a final approach.

Are the speed gains under sail real, or just marketing?

They are real, but they vary by hull type and displacement. Many owners report measurable improvements because reduced prop drag matters. Over long passages, even small average gains can translate into meaningful time saved.

Why can’t you publish one exact price online?

Because the final configuration depends on your drivetrain and fitment details: drive type (shaft or saildrive), diameter, blade count, shaft bore or saildrive model, engine horsepower, and gear ratio. We price accurately once those price-critical fields are confirmed.

Do Most Boats Under 40 ft Need a 2-Blade?

Many do — but displacement and usage matter more than length alone.

NOTE: Final blade selection should always consider engine horsepower, gear ratio, and clearance.

Get an exact Flexofold quote

If you want a confirmed price and the right configuration (including pitch recommendation), send the price-critical specs below.

• Drive type: Shaft or Saildrive
• Diameter and blade count
• Shaft bore (exact mm/inch) or saildrive make/model
• Engine model, horsepower, and gear reduction ratio
• Current prop size/pitch (if known) and target cruise RPM
• (Helpful) Boat model, displacement, typical cruising speed

Disclaimer: Estimates are based on the information supplied. Flexofold engineers may suggest a different pitch or blade count during final review, which could move the final cost up or down.