Compare Foil Drive Systems

Not sure where to start? See how it works

Compare up to three builds to dial in your perfect setup

Compare up to three batteries to find the right one for you

Compare up to three motors to find the right one for you

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Select a system...
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Select a system...
Select a battery...
Select a motor...
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Select a system...
Select a battery...
Select a motor...
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Select a system...
Select a battery...
Select a motor...
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Select a motor...

SYSTEM COMPARISON

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SHOW SYSTEM TECH SPECS

Total dimensions
(Including battery, box and nose cone) Influences fit, hydrodynamics, and drag.
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Total install weight
(Including battery, box and nose cone) Impacts portability and on-water agility
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Maximum thrust
Impacts top speed and acceleration
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Thrust to weight ratio
Power to Weight Ratio is calculated by Thrust ÷ Install Weight. It shows how much thrust a system produces relative to its weight, helping compare systems. Real-world performance will also vary with your foil, board, conditions and riding style.
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Max boost
Additional thrust to get you on foil faster
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Total dimensions

(Including battery, box and nose cone) Influences fit, hydrodynamics, and drag.
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Total install weight

(Including battery, box and nose cone) Impacts portability and on-water agility
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Maximum thrust

Impacts top speed and acceleration
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Thrust to weight ratio

Power to Weight Ratio is calculated by Thrust ÷ Install Weight. It shows how much thrust a system produces relative to its weight, helping compare systems. Real-world performance will also vary with your foil, board, conditions and riding style.
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Max boost

Additional thrust to get you on foil faster
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HIDE SYSTEM TECH SPECS

BATTERY & POWER

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SHOW BATTERY TECH SPECS

Battery voltage
Determines power output and acceleration potential
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Battery capacity
Affects ride time and session length
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Battery dimensions
Influences fit, hydrodynamics, and drag
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Battery weight
Impacts portability and on-water agility
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Energy density
Watt hour ÷ battery weight: Higher means longer rides without extra weight
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Airline compliant
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Water & dust resistance rating
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Battery voltage

Determines power output and acceleration potential
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Battery capacity

Affects ride time and session length
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Battery dimensions

Influences fit, hydrodynamics, and drag
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Battery weight

Impacts portability and on-water agility
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Energy density

Watt hour ÷ battery weight: Higher means longer rides without extra weight
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Airline compliant

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Water & dust resistance rating

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HIDE BATTERY TECH SPECS

MOTOR COMPARISON

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SHOW MOTOR TECH SPECS

Motor dimensions
Influences fit, hydrodynamics, and drag
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Motor weight
Impacts portability and on-water agility. *From tip of pod to end of the hub
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Motor dimensions

Influences fit, hydrodynamics, and drag
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Motor weight

Impacts portability and on-water agility. *From tip of pod to end of the hub
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HIDE MOTOR TECH SPECS

BATTERY COMPARISON

Select a battery...
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Select a battery...
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Select a battery...
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Select a battery...
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Select a battery...
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Select a battery...
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SHOW BATTERY TECH SPECS

Battery voltage
Determines power output and acceleration potential
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Battery capacity
Affects ride time and session length
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Battery dimensions
Influences fit, hydrodynamics, and drag
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Battery weight
Impacts portability and on-water agility
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Energy density
Watt hour ÷ battery weight: Higher means longer rides without extra weight
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Airline compliant
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Water & dust resistance rating
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Battery voltage

Determines power output and acceleration potential
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-

Battery capacity

Affects ride time and session length
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-

Battery dimensions

Influences fit, hydrodynamics, and drag
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Battery weight

Impacts portability and on-water agility
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Energy density

Watt hour ÷ battery weight: Higher means longer rides without extra weight
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Airline compliant

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Water & dust resistance rating

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HIDE BATTERY TECH SPECS

MOTOR COMPARISON

Select a motor...
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Select a motor...
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Select a motor...
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Select a motor...
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Select a motor...
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Select a motor...
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SHOW MOTOR TECH SPECS

Motor dimensions
Influences fit, hydrodynamics, and drag
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Motor weight
Impacts portability and on-water agility. *From tip of pod to end of the hub
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Motor dimensions

Influences fit, hydrodynamics, and drag
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Motor weight

Impacts portability and on-water agility. *From tip of pod to end of the hub
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HIDE MOTOR TECH SPECS

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Find Your Perfect Setup

Seven questions to discover the unit that’s right for you.

Take Our Quiz

Ready to Get started?

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Foil Drive Fusion

One Tool, Endless Possibilities

System Voltage

43V

Max Thrust

34kg / 74lbs

Max Battery Capacity

864 Wh

Specification icon

System Voltage: 43V

Max Thrust: 34kg / 74lbs

Max Battery Capacity: 864 Wh

From €4.150,00 EUR
From €4.150,00 EUR
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Foil Drive Assist MAX+

The All-Rounder, Redefined

System Voltage

40V

Max Thrust

29kg / 63.9 lbs

Max Battery Capacity

594 Wh

Specification icon

System Voltage: 40V

Max Thrust: 29kg / 63.9 lbs

Max Battery Capacity: 594 Wh

From €3.323,14 EUR
From €3.323,14 EUR
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Foil Drive Assist Slim

Smaller, Lighter, Performance

System Voltage

28/40V

Max Thrust

26.5kg / 58.4lb

Max Battery Capacity

241 Wh

Specification icon

System Voltage: 28/40V

Max Thrust: 26.5kg / 58.4lb

Max Battery Capacity: 241 Wh

From €2.976,00 EUR
From €2.976,00 EUR
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Your board, our kit: endless fun

See how it works
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Step 1

Choose your kit

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Step 2

Choose your battery

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Step 3

Choose your motor

Find your system

Start with your weight, then drag any slider. The others follow to a setup we actually make.

Enter your weight to unlock the sliders.

set by motor tier
kg
Surf Runtime — set by battery
Wh
tier + battery
kg
Quick picks

Surf Runtime (L/H Motor Use): Runtime is highly variable depending on skill, weight, gear sizing and weather conditions. This is an indicative guide only based on real-time averages. Based on rider weight 85kg, with wing size between 800–1000cm², 5'0 40L, at less than 5kts wind.

Total Install Weight includes: Unit, Battery, Integrated HP Motor, Three Blade Hub and Props, Nosecone (if applicable). Retro-fit install with mini pod mounted at 20cm increases install weight by 360g.