Question 1

Haven’t other automakers tried regenerative suspension systems before? What makes Ganaio different?

Accepted Answer

Yes — previous systems attempted hydraulic or motor-generator approaches that added complexity, weight, and control challenges.
Ganaio takes a fundamentally different path: a fully passive magnetic damper using a dual-magnet multi-layer architecture.
This means:
 • No hydraulic fluid
 • No external power
 • No active controls required
 • Simpler packaging and lower failure risks
Our system behaves like a high-performance passive damper first — with regeneration as a secondary benefit — solving the limitations that stopped earlier attempts.

Question 2

How does the Ganaio Damper’s performance compare to conventional dampers?

Accepted Answer

The system provides tunable damping curves and exceptional consistency because magnetic resistance doesn’t fade like hydraulic oil.
Key advantages include:
 • Adjustable rebound/compression up to ~80 kN
 • Repeatable performance over lifetime
 • No cavitation or thermal fade
 • Improved wear life due to no seals or valves
For OEMs, this allows precision ride & handling tuning with fewer long-term degradation concerns.

Question 3

Is the Ganaio Damper fully passive, or does it require power to operate?

Accepted Answer

The damper is fully passive.
It generates magnetic resistance from the motion of the vehicle’s suspension — no energy input or controls required for damping.
The system simultaneously converts a portion of that motion into electrical energy, which can be:
 • Returned to the vehicle’s 12V/48V/traction system, or
 • Used to power auxiliary loads
The damper will continue to function normally even if the vehicle’s power is offline.

Question 4

How easily can the Ganaio Damper integrate into existing vehicle platforms?

Accepted Answer

Integration is intentionally simple.
Our damper is designed as a drop-in component that fits standard suspension interfaces and mounting geometries.
OEM teams typically require only:
 • Ride-height matching
 • Packaging verification
 • Electrical connection integration (converter output)
No changes to suspension arms, knuckles, geometry, or control algorithms are required.
This dramatically reduces barriers to pilot evaluation.

Question 5

How durable is the system compared to hydraulic dampers?

Accepted Answer

Very durable — the passive magnetic architecture eliminates many conventional wear points:
 • No hydraulic oil
 • No pistons, shim stacks, valves, or seals
 • No thermal-mechanical fatigue in fluid pathways
The design is expected to achieve 10× or more functional lifecompared to oil-based dampers, making it ideal for EVs, SUVs, off-road vehicles, and defense applications.

Question 6

How does the regenerative feature impact ride comfort or handling?

Accepted Answer

Ride and handling always come first.
The regeneration mechanism is decoupled from the damping profile, allowing engineers to tune the damper:
 • For comfort
 • For sport handling
 • For off-road control
 • Or anywhere in between
Energy capture is simply a byproduct of suspension motion — not a compromise that stiffens the ride unexpectedly.

Question 7

What kind of energy output can be expected?

Accepted Answer

Energy recovery varies by platform, terrain, and duty cycle.
While regeneration is not the primary value proposition, the system can meaningfully reduce auxiliary electrical load or support subsystem power needs.
For many applications, OEMs view regeneration as:
“free power that comes with better suspension performance.”

Question 8

Can the Ganaio Damper be tuned for different vehicle programs?

Accepted Answer

Yes — tuning is a core feature.
We can adjust:
 • Magnetic geometry
 • Stroke length
 • Rebound/compression balance
 • Packaging dimensions
 • Output voltage requirements
This allows alignment with OEM-specific chassis targets and platform constraints.

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