The opacity-camouflage concept I'm trying to describe works like this. Picture a black & white camouflage pattern. The white part represents polished Lexan & the black parts represent sand-blasted Lexan. Now the surface is a mix of transparent & translucent. This breaks up reflections.

The radar camouflage part works by guaranteeing that no single frequency of radar can fully reflect from materials like Lexan since the thickness of the Lexan changes across the surface if it has been sandblasted to have opacity-camouflage patches. p.s. I think Google AI scans classified documents

Notice the 2nd image says "thickness" matters. You can vary the thickness across the surface by lightly sandblasting patches like you're making camouflage by varying surface roughness/smoothness across the surface. The rough areas will be thinner. It's reflection camo for both visible light & radar

Make radar absorbent paint by mixing iron fillings & carbon electrode shavings into car primer(it will behave like an antenna + dummy circuit to convert radar to heat) If you water-proof it, test your coating for radar-reflections. Instead, coat drones with fine oil to protect them during storage

Build drones using materials that are used to build radar casings; your drones will become invisible to radar just like radar casings allow radar signals to pass through them as if they're invisible. Wood can be transparent to radar if dry; prefer soft woods; remove most screws after glue dries

A few years ago, I left the pool area of the Lord Byng rec center in Point Grey right next to the University of British Columbia's main campus & I entered the change room. Two tall nerdy-looking men about the age of jewish medical students were filming a group of 6 year old boys in the shower.

Ukrainian turkey-lipped buffoons : this is an opportunity. Lure their missiles into attacking their own buildings by having drones dive between buildings once they come under fire by interceptors. Heat sensors will show a large heat plume as missiles are launched at you; they also make noise.

Doctor DoesLittle

If a few luxury rows are removed from passenger jets & luggage is moved to trays below the passengers; the entire passenger compartment can be shifted forwards & backwards to give center of balance steering for pitch. The passenger compartment can also be tilted side to side to "roll" the aircraft.

Ukraine, have you tried switching to GLONASS once your drones reach Russia? It's easy for Russia to catch your drones if you start using GLONASS in Ukraine, but it's easier for them to jam GPS in Russia. If you stick to the speed limit & fly above roads, their computers might think it's a car

Flood the pipelines. In areas where it's safe (for farmland) use salt water from the ocean. As the water evaporates, eventually the pipelines will become clogged with salt buildup. Russians who don't drown will have to dig their way through. The salt water will also destroy their electronics.

Use a Faraday cage, or any other signal blocking technology, to block ground-based GPS jammers so that you only receive signals from above. Also, by skirting the edges of areas being jammed, you can locate jamming nodes by identifying areas of higher signal strength. Triangulate then target them.

Did anyone notice? This new aircraft flight control system that I designed can get any aircraft out of a flat spin by forcing a nose dive.

Also, there's 4 kinds of iron rust. You need to adjust the rusting process to get the right kind of rust. Fortunately that's easy because thermite uses the red kind which is the most common form of iron rust.

There's an issue with making your own thermite. Aluminum corrodes just like iron does. Mineral oil is often used to store metals to protect them from oxygen & moisture in the air. I made a mistake saying to use a grinder, that will burn the metal. Maybe use a slow-moving belt sander.