TFIS

WR3L theoretical dynamo

Theoretical engineering visualization. Not a Kingsmith product, endorsement, or calibrated digital twin. Listing claims vs labelled assumptions live in the specs drawer.

Electrical
0 W
Handle
0 W
Impeller
0 rpm
Energy
0 Wh
Voltage
0 V
Current
0 A

Walnut trifold water rower. Orange marks work happening now.

Theoretical dynamo
Auto-tour

Energy flow (same solver)

Human 0 W

→ water drag 0 W

→ dynamo 0 W

→ losses 0 W

Not free energy. Generation adds resistance.

Specs and assumptions

Source: attached Kingsmith WR3L product snapshots (listing claims). Everything else is a labelled model assumption. 900 mm is seat travel. Assumed handle path is 1.35 m; the solver’s working length is 1.20 m strap payout at the pulley. 40 kg @ 28 SPM is a force claim, not watts. The dynamo is direct-drive on the impeller shaft (same angle, no extra gearing).

Energy check
Keys and capture

1–5 isolate subsystems, 0 assembled, H/S/T cameras, space play, R reset. Orbit drag, pinch/zoom. Auto-tour yields on input and resumes after 25 s. window.DynamoRower.render(t) is seekable. See design/dynamo-rower/CAPTURE.md.

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