The following models are fictional product concepts created to establish a coherent brand story. They are not available for purchase. No motor power, battery chemistry, range, top speed, rider weight limit, price or certification has been validated. A real launch must replace this page with engineering-approved specifications and clear regional product availability.
AQUAFURY F1 — the all-rounder
F1 is imagined as the versatile board for a rider who wants to progress from first sessions to confident carving. Its visual language is dark carbon-inspired surfaces, turquoise accents and a clean deck layout. In a real product, the priorities would be predictable low-speed control, stable handling, clear battery status, accessible maintenance points and a protective system around the propulsion unit.
AQUAFURY Cruiser — smooth and steady
Cruiser is the concept for relaxed exploration and accessible learning. A real version would need to balance volume, stability, carrying weight and control response. The deck shape and buoyancy would be validated with riders of different sizes and skill levels, and the product documentation would clearly state conditions in which it should not be used.
AQUAFURY Pro — performance direction
Pro represents the performance end of the concept family: a streamlined shape, precise control and premium hardware. Higher performance can also increase risk. Any production model would need a transparent training pathway, clear operating limits, suitable safety systems and testing under realistic conditions—not simply a larger motor and a more aggressive slogan.
What a real product specification must include
- Board length, width, volume, construction materials and total weight.
- Maximum rider mass and intended skill level.
- Motor type, rated output, thrust and controller limits.
- Battery chemistry, capacity in Wh, removable or integrated design, and battery management protections.
- Measured runtime with test conditions and an explanation of variability.
- Charging time, charger rating, storage conditions and battery transport information.
- Waterproofing/IP claims supported by test evidence.
- Propulsion safety guard, emergency stop or kill-switch arrangement, and leash instructions.
- Noise data, maintenance intervals, spare parts and service documentation.
- Applicable product, battery, EMC, radio, transport and watercraft compliance evidence for each market.
To develop this into a real range, begin with a product requirements document, a qualified board/propulsion engineering partner, a battery safety plan, a test programme and legal review for each launch market. Marketing should follow validated performance—not precede it.