"Roarer Mechanical Tyrannosaurus Telescope"——When prehistoric wildness meets future technology
(SteamPunk T-Rex Telescope Ver.2)
A cross-border masterpiece that subverts imagination
▸ The world's first "combat form deformable telescope" - when still, it looks like a mighty Tyrannosaurus Rex, and when moving, it pulls out a roaring head and turns into a retro optical instrument.
▸ Tribute to Galileo’s romance: the golden combination of 50mm plano-convex + 30mm bi-concave lenses, and the 30cm ultra-telephoto length present a theater-level observation experience
RoboCop meets Jurassic
▸ Original two-color philosophy: milk tea-colored bio-textured skin × burning red metal armor, just like the genetic fusion experiment of ED-209 and Tyrannosaurus Rex
▸ The art of dynamic freezing: Accurately capturing the roar of the Tyrannosaurus Rex, hydraulic pipes and bionic tendons hide surging kinetic energy in static models
The ultimate toy for hardcore gamers
▸ It is not only a desktop statue of the God of War, but also a real and usable telescope (recommended observation distance 15-300 meters)
▸ Removable armor plates reveal precision optical components, and dual threaded interfaces DIY extended lens groups
Applicable scenarios
- The ultimate desk domination device for sci-fi geeks
- The most hardcore observation ritual for astronomy enthusiasts
- Soul exhibits in cyberpunk theme space
- A dimensionality reduction gift for those who love mechanics.
Warning: This product may cause the following symptoms
→ The neighbor kids keep watching with envy.
→ Coffee cups are often mistaken for Tyrannosaurus food bowls
→ The urge to install dinosaur heads on all home appliances
#Mechanical aesthetics #Moveable model #Functional art #Astronomy equipment
The principle of Galileo's telescope
In 1609, Italian astronomer and physicist Galileo invented the first astronomical telescope in human history. The popular saying at that time was: "Columbus discovered the New World, and Galileo discovered the new universe."
A Galileo telescope is a telescope whose objective lens is a convex lens and whose eyepiece is a concave lens. That is, a telescope in which the objective lens is a converging lens and the eyepiece is a diverging lens. The real image formed by the refraction of light through the objective lens is at the focus behind the eyepiece (close to the back of the human eye). This image is a virtual image to the eyepiece, so after refraction through it, it becomes an enlarged upright virtual image. The magnification of a Galilean telescope is equal to the ratio of the focal length of the objective lens to the focal length of the eyepiece.
Below website can be found for Dia50mm,FL300mm,Planoconvex Lenses & Dia30mm,FL75mm,Bioconcave Lenses
https://www.aliexpress.com/item/1005004111564361.html?spm=a2g0n.home.rcmd.25.61f276dbY8bLq6&gps-id=msiteJustForYou&scm=1007.33107.376995.0&scm_id=1007.33107.376995.0&scm-url=1007.33107.376995.0&pvid=90049467-18bf-4246-8fe8-f96db004de3c&_t=gps-id%3AmsiteJustForYou%2Cscm-url%3A1007.33107.376995.0%2vid%3A90049467-18bf-4246-8fe8-f96db004de3c%2Ctpp_buckets%3A668%232846%238109%231935&pdp_ext_f=%7B%22order%22%3A%2247%22%2C%22eval%22%3A%221%22%2C%22sceneId%22%3A%2223107%22%7D&pdp_npi=4%40dis%21HKD%2138.49%2131.17%21%21%214.94%214.00%21%402101246417442727694682352eb63a%2112000028068320594%21rec%21HK%21221969242%21ABXZ&curPageLogUid=mtZKsDi1a6Ur&browser_id=7a670f52b9ee4989bd40100d39c68437&aff_trace_key=d74ef7716aa648429b6b9e2922826712-1744272732150-05990-UneMJZVf&aff_platform=msite&m_page_id=reuvighurqwcavpp1961ec19eceb843ca136859cf1&gclid=Cj0KCQjw2N2_BhCAARIsAK4pEkUwkIcMqufdv43dRaEVF2S4bS_qMJojreRnYRIAxX41yaAz4Gq4J6saAuDsEALw_wcB
Notes:All my designs are for personal use only.
If have any questions please me. Thanks.