Tesla Roadster Flight Simulator
Explore hypothetical Tesla Roadster cold-gas hops, launch and braking, with tank cooling, gas use, claim checks and a physical, fixed-scale replay.
Calculators by WiredWhite engineers: inputs, formulas you can read, results, charts and drawings, checked against reference cases. They run in your browser.
Explore hypothetical Tesla Roadster cold-gas hops, launch and braking, with tank cooling, gas use, claim checks and a physical, fixed-scale replay.
Take a 16-question engineering quiz covering electrical, mechanical, control and maths. Get category scores, worked formulas and a result you can share.
Size a star-connected BLDC winding, convert Kv and Kt, and check torque, voltage headroom, copper losses and slot fill. Includes a speed envelope and six-step commutation animation.
Calculate brushed DC motor speed, torque, current and efficiency from datasheet or winding data. Explore operating curves, voltage sizing, field estimates and commutation.
Design coreless or iron-cored AFPM motors with radial magnetic solutions and loss models. Compare diameter ratio, torque density, air-gap shear and direct-drive presets.
Size air-gap, tooth and yoke magnetic loading; calculate motor torque, current, efficiency and losses. Enter circuit parameters or estimate them from catalogue data.
Estimate IPMSM flux linkage and saturating dq inductances, then explore MTPA, field weakening and voltage-limited torque with Prius reference checks.
Size circular flux barriers and estimate SynRM saliency, dq flux, torque and voltage. Compare known inductances and assess ripple from an entered harmonic spectrum.
Size a BESS for PV self-consumption, peak shaving or backup. Calculate battery kWh, PCS kW and kVA, C-rate limits, efficiency losses and end-of-life capacity.
Simulate field-oriented motor control with tuned PI current loops, decoupling, MTPA and field weakening. Explore dq transients, torque, inverter limits and rotating current vectors.
Convert abc currents to αβ0 and dq0 with animated phasors, rotating frames, amplitude- or power-invariant scaling, and inverse reconstruction.
Compare 11 kW and 22 kW wallboxes, house connection headroom and load management. Check copper feeder voltage drop, entered ampacity and German installation requirements.
Design a balcony power plant and compare solar alone with a battery. Estimate hourly yield, self-consumption, annual savings and payback for German or Swiss installations.
Design a surface PMSM with semi-closed slots. Calculate air-gap field, back EMF, cogging torque, inductance and active length using a verified 2D subdomain model.
Compare SPWM, SVPWM, THIPWM and DPWM0–3. Animate the space-vector hexagon, inspect seven-segment switching and dwell times, and compare current ripple and relative switching loss.
Design a non-inverting four-switch buck-boost power stage. Check CCM/DCM operation, inductor and capacitor sizing, RMS and peak stresses, and optional iGSE core loss.
Estimate EV charging time, billed energy and cost with charging losses and taper. Compare electric and gasoline running costs using your tariff and driving distance.
Potential flow around an airfoil or a cylinder by a panel method with the Kutta condition: lift, circulation, surface pressure, a lift polar and the flow field.
Eight recognizable planets and Earth's Moon: artistic scale, true relative orbital and rotation periods, and moving day–night boundaries.
Magnetic field, cogging torque, back-EMF, inductance and torque of a surface-magnet machine with open radial slots and optional stator flux barriers, from an analytical subdomain model (Fourier series in each region, solved as one linear system).
Three-phase winding scheme, linear and circular diagrams, winding factors and allowed parallel coil connections for tooth-coil and distributed windings.
Press â–¶, then Space (or tap the drawing) to flap. MeowL dodges spreadsheet errors; every frame is calculated by the same engine as a beam.
Slot layout of an m-phase winding, winding factor and MMF spectra, and the MMF along the air gap as the currents turn (â–¶): the working wave travels with the rotor, the others at their own speeds, some backwards. Even numbers of phases and flux barriers in the stator yoke.
Estimate steady-state junction, case, and sink temperatures and a single-pulse junction rise from a four-term Foster model.
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