Watch mechanical explainer video examples

Prompt

Create a 30-second explainer video about how a turbojet engine produces thrust. Source material: https://www.grc.nasa.gov/www/k-12/airplane/aturbj.html (paste a URL, attach a PDF, or leave blank if describing the topic directly). Audience: students learning how jet engines work. Structure: open with the core question the audience has, explain the compressor raises air pressure, fuel burns in the burner, the turbine extracts energy to drive the compressor through a central shaft, and the nozzle accelerates the exhaust to produce thrust clearly in the middle, close with Explore turbojet engines with NASA Glenn. Visual style: Machine anatomy: a labeled isometric conceptual cutaway showing the compressor, burner, turbine, shaft and nozzle. Narration: friendly English voiceover. Aspect ratio: 16:9. Keep the explanation faithful to the source. Use labeled illustrations to clarify the real relationships or sequence. Use motion to explain the concept, and credit the source without implying endorsement.

Prompt

Create a 40-second 16:9 assembly explainer for someone putting together an IKEA LACK side table for the first time. Use this manufacturer's manual as the factual source: https://www.ikea.com/es/en/assembly_instructions/lack-side-table-white__AA-2544912-1-2.pdf (manual AA-2544912-1). Show an independently drawn isometric technical illustration in Machine anatomy style, with clear labels and close views of the connections. No presenter. Use friendly English narration, readable labels and no background music. Show the sequence from this exact manual: identify the tabletop, four legs, four foot plugs 153551 and four double-ended screws 115980; protect the tabletop on a soft surface while it is upside down; insert one foot plug into the open end of each leg, pressing it flush by hand as in manual step 1; start each double-ended screw into a predrilled tabletop corner by hand; then turn each leg onto its screw until it meets the tabletop, as in manual step 2; show the same four legs becoming attached, then turn the completed table upright. Preserve the tabletop and all four legs throughout the sequence. Show a close view of one joint so the viewer understands how the screw connects the tabletop and leg, then repeat for the other corners. Keep screw direction and part counts consistent. Do not invent tools, torque values, drilling or product dimensions. Close with the manual's limits in plain English: do not sit on the table; maximum load 10 kg. Add a concise source credit: Independent illustration based on IKEA LACK manual AA-2544912-1. No IKEA logo and no suggestion of endorsement. End on the complete upright table. Let the viewer see each connection long enough to follow it.

Prompt

Create a 45-second 16:9 technical concept lesson for secondary-school students learning about energy transfer. Use https://www.energy.gov/cmei/water/how-hydropower-works and https://www.usgs.gov/water-science-school/science/hydroelectric-power-how-it-works as the factual references. The learner's opening question is: How does water behind a dam become electricity? Use Machine anatomy style: one independently drawn isometric cutaway of a conventional reservoir hydropower plant, with the reservoir above the downstream river, an intake, a pipe labelled PENSTOCK, a turbine below the generator, a shaft visibly joining them, power lines leaving the generator, and the water outlet returning to the river. Keep these same components and connections consistent throughout. No presenter. Use friendly English narration with clear labels and no background music. Structure the lesson as question, mechanism, recap and a check question. Open on the whole plant and the learner's question. Then follow moving water from the reservoir into the penstock and turbine. Show that moving water spins the turbine, the shaft turns the generator, and the generator converts that motion into electricity carried by the power lines. Show the water continuing downstream after the turbine. Use a close view of the turbine-shaft-generator connection to make their different roles clear; keep the water path separate from the electrical lines. Return to the whole figure for the recap, highlighting water movement, turbine rotation and generator output in that order. End with the on-screen and narrated check question: Which part converts the spinning motion into electricity? Hold the question for two seconds, then highlight the generator and answer: The generator. The turbine supplies the turning motion. This is a question within the video, not a clickable quiz. Finish with a readable source credit to the US Department of Energy and USGS, without their logos or endorsement. Keep it a conceptual teaching diagram without invented dimensions, output numbers or engineering simulation claims.