Technological T-Shirts

Cool blue technological science fiction inspired heart design. Perfect graphic for anyone who loves the future.

SpaceX's Crew Dragon in orbit, illustration. SpaceX's Crew Dragon is a next-generation spacecraft designed to carry astronauts to Earth orbit and beyond. The spacecraft will be capable of carrying up to seven crew. It will be able to land almost anywhere on Earth, and will be able to be rapidly refuelled and relaunched. It is intended to revolutionize access to space. SpaceX (Space Exploration Technologies) is a private US aerospace and space transport services company. It was founded in 2002 and has developed the Falcon rockets and the Dragon spacecraft. Future plans include crewed flights to Mars.

Traverse the ethereal and the electronic with the Soulwave Transmission Tee, where a central radio antenna pulsates with the enigmatic power of soul energy. Mystical hues of purple, blue, and green radiate across a star-speckled black sky, symbolizing the intersection of technology and the unknown.

Laika the space dog postcard. Artwork on postcard of Laika, the bitch who became the first animal in space. She was launched aboard the Soviet Sputnik 2 spacecraft. Sputnik 2 was launched on 3 November 1957. Laika (meaning "Husky" or "Barker") was contained within a sealed cabin with a food store and an air conditioner. Soviet propaganda at the time maintained that she survived for about a week, but in fact she died after just a few hours due to overheating and panic. The spacecraft was not designed to be recovered and it burnt up as it re-entered the atmosphere on 14 April 1958, 162 days after its launch.

Radcliffe Observatory telescope. 19th-century illustration of the design for the equatorial twin telescope at the Radcliffe Observatory, Oxford, UK. The Radcliffe Observatory functioned as an observatory for 160 years from 1773 until 1934. This 18/24-inch twin refractor telescope was built in 1901, and was transferred to the University of London Observatory. It was constructed by the Grubb Telescope Company, led at the time by Irish telescope engineer Sir Howard Grubb (1844-1931). This design was originally printed in the article 'Equatorial Twin Telescope at the Radcliffe Observatory' in the 21 December 1906 issue of 'Engineering News'.

Fat Man atomic bomb blueprint. Developed by the US military, this was the second atom bomb used in warfare. It was dropped on the Japanese city of Nagasaki on 9th August 1945, detonating with the force of 21,000 tons of TNT. It destroyed an area several kilometres across, killing some 75,000 people. The bomb was an implosion type (some of the imploders shown at left and at centre) codenamed 'Fat Man' (Y-1561 F.M.). It was 3.25 metres long, weighed over 4.5 tons, and contained 6 kilograms of plutonium. This blueprint was declassified in 1976.

The future of finance, online micropayments to the digital data information rat race all equalling MONEY!!! With 70% of all transactions made online, technology is the money maker & mover!!

SpaceX Demonstration Mission 1 on the launchpad at Kennedy Space Center, Florida, USA. The Dragon 2 capsule (left) is mounted aboard a Falcon 9 Block 5 rocket, with the gangway arm extended from the launch tower to the capsule. This mission will be the first orbital test of the Dragon 2 spacecraft, scheduled for launch on March 2, 2019. Dragon 2 is a class of reusable spacecraft in development by American aerospace manufacturer SpaceX. The mission will test the approach and automated docking procedures with the International Space Station (ISS). The capsule will remain docked for a few weeks, then conduct re-entry, splashdown and recovery steps to test the craft for flights transporting humans to the ISS.

Steam punk background with gears. Abstract illustration with eye, circles, mechanical wheels, geometry and universe. Poster for scientific research. Modern print for clothes and fabric.

Tech wizard funny t-shirt

Measuring the speed of light. Engraving showing the apparatus used by the French physicist Hippolyte Fizeau (1819-1896) to measure the speed of light. Artwork from Astronomie Populaire (Popular Astronomy) by Francois Arago (1786-1853), which was published posthumously in 1858.

Computer RAM module. Light micrograph of a 1 megabyte fast page mode dynamic random-access memory (FPM DRAM) module. Random-access technology allows the computer's central processing unit (CPU) to read and write data very quickly. The chip can reach very high densities of storage and is therefore generally used as the main memory in personal computers. Magnification: x45, when printed 10 centimetres wide.

Microprocessor components. Light micrograph of an Intel Pentium microprocessor's clock driver, code cache and instruction fetch units. The clock driver regulates all the internal operations by the central processing unit (CPU). The cache memory (SRAM) stores data so that future requests can be served faster. In the instruction fetch unit the instruction is fetched from the memory address. The chip was fabricated by photolithography, using several overlapping metalization layers and vertical contacts to interconnect them in a mono-crystal silicon wafer, which serves as the substrate. Magnification: x22, when printed 10 centimetres wide.

Spring Valley Wind Farm. Panoramic view of wind turbines at the Spring Valley Wind Farm, Ely, Nevada, USA. This wind farm uses 66 wind turbines to generate 150 megawatts of electricity.

Dream Chaser spaceplane testing. Dream Chaser spaceplane being prepared for 60 mph tow tests on taxi and runways. This reusable crewed suborbital and orbital lifting-body spaceplane is being developed by Sierra Nevada Corporation (SNC) Space Systems and is designed to carry up to seven people to and from low Earth orbit. It is designed to launch vertically on an Atlas V rocket and land on conventional runways. This ground testing is done to help validate the performance of the spacecraft's braking and landing systems prior to captive-carry and free-flight tests. Photographed at NASA's Dryden Flight Research Center, Edwards Air Force Base, California, USA.

SR-71 Blackbird strategic reconnaissance aircraft in flight. This aircraft was designed and built at the Lockheed Company's legendary 'Skunk Works' and was operational between 1964 and 1998. About 85% of the aircraft structure is made from titanium and titanium alloys; ironically the metal was obtained covertly from the USSR at the height of the Cold War. The SR-71 holds two world records for air-breathing manned aircraft: the fastest sustained speed (3529.6 km/h, Mach 3.32) and the greatest sustained altitude at 25,929 metres (85,069 feet). A total of 32 SR-71 aircraft were built. Photographed on a mission out of its home base, Beale Air Force Base, California, USA.

SpaceX Dragon capsule at the ISS. View from the International Space Station (ISS) of the third Dragon cargo capsule from SpaceX (Space Exploration Technologies). This capsule was designed and manufactured under NASA's COTS (Commercial Orbital Transportation Services) initiative, set up to encourage private companies to ship cargo to the ISS after the retirement of the shuttle program in 2011. Launched as mission SpaceX CRS-3 on 18 April from Cape Canaveral, Florida, USA, the capsule was captured by the space station and successfully berthed. Photographed by an Expedition 39 crew member on 20 April 2014.

Tesla coil experiment. Electrical streamers sparking outwards from a large Tesla coil at left to another one at right, at the laboratory operated by Serb-US physicist and electrical engineer Nikola Tesla (1856-1943) at Colorado Springs, Colorado, USA. Tesla (seated on the chair) operated this laboratory from 1899. The coil named after him is a type of resonant transformer that is used to produce high-voltage, low-current, high-frequency alternating current electricity. Tesla emigrated to the USA in 1884. His research led to key advances in areas such as alternating current power generation and transmission. The SI unit of magnetic flux density is named in his honour.

Aeroplane engine blades, close-up.

Wright Model H airplane. Flight of the new Wright military aeroplane, the Wright Model H, at Simms Station on Huffman Prairie, near Dayton, Ohio, USA, in 1914. US aviation pioneers Wilbur and Orville Wright produced a series of aircraft models, starting with the first successful flight in a heaver-than-air machine (1903). Among the designs they produced was the Wright Model H (1914), which had an enclosed fuselage and longer wings to allow heavier payloads to be carried. The similar Model HS aircraft had shorter wings. This photograph was published on 26 March 1915 by the Bain News Service, one of the USA's earliest news picture libraries.

Wright brothers Kitty Hawk glider. Launch of a test flight of the 1902 glider built and flown on beaches near Kitty Hawk, North Carolina, USA, by US aviation pioneers Wilbur and Orville Wright. Orville Wright (1871-1948) is piloting the glider. Wilbur Wright (centre, 1867-1912) and local fisherman Daniel Tate are holding the ends of the glider. The Wrights carried out a series of glider tests from 1900 to 1902, prior to their first successful flight in a heaver-than-air machine (17 December 1903). This glider design includes a rebuilt single vertical rudder. Hundreds of glides took place in 1902, the longest of 190 metres took 26 seconds. Photographed on 10 October 1902.

Global energy. Conceptual image of an electric wire powering the Earth, representing the supply of energy on a global scale. Many of the energy sources available on the Earth can be traced back to the effects of the Sun. Many forms of energy are converted into electricity for use in homes, offices and industries.

Immerse yourself in a Techno Future - a cyberpunk dystopia where man and machine merge, and neon-lit skyscrapers tower over gritty streets. This design encapsulates the dark allure of a high-tech society, with a blend of futuristic elements and a touch of gritty realism. Let the pulsating lights and shadowy imagery transport you to a world where human struggles intertwine with technological wonders.

Immerse yourself in a Techno Future - a cyberpunk dystopia where man and machine merge, and neon-lit skyscrapers tower over gritty streets. This design encapsulates the dark allure of a high-tech society, with a blend of futuristic elements and a touch of gritty realism. Let the pulsating lights and shadowy imagery transport you to a world where human struggles intertwine with technological wonders.

CCD camera sensor. Light micrograph of a close-up of a CCD (charge-coupled device) sensor from a digital camera. This sensor is responsible for converting light from the camera lens into the electronic image. It is a 2-D array of metal oxide semiconductor (MOS) capacitors. Magnification: x90, when printed 10 centimetres wide.

CCD camera sensor. Light micrograph of a close-up of a CCD (charge-coupled device) sensor from a digital camera. This sensor is responsible for converting light from the camera lens into the electronic image. It is a 2-D array of metal oxide semiconductor (MOS) capacitors. Magnification: x90, when printed 10 centimetres wide.

Minuteman nuclear missile launch, 1981. Launch of an unarmed Minuteman I nuclear missile from Launch Facility 06 (LF-06) at Vandenberg Air Force Base, California, USA. LGM-30 Minuteman missiles, a type of intercontinental ballistic missile (ICBM), entered service in 1962. They were stationed across the USA ready for launch against the Soviet Union (USSR) during the Cold War. Photographed on 18 February 1981.

Ferrybridge power station and rape field. The power station is situated on the M62/ A1 junction, in Yorkshire, UK. This is a 2000 megawatt (MW) power station. Rapeseed (Brassica napus) is used to produce biofuels.

Human figures connected by lines, conceptual artwork.

Dive into the future with our "Digital Frontier: Artificial Intelligence Alchemy" shirt! 🌐 Featuring an intricate AI circuit design, it embodies innovation and tech evolution. Crafted with premium fabric, it blends futuristic flair with comfort, resonating with tech aficionados. 🌟✨ Wear your fascination for AI and embrace the digital era. Ideal attire for tech enthusiasts. Tailored for the modern thinker! 👕🔧

Immerse yourself in a Techno Future - a cyberpunk dystopia where man and machine merge, and neon-lit skyscrapers tower over gritty streets. This design encapsulates the dark allure of a high-tech society, with a blend of futuristic elements and a touch of gritty realism. Let the pulsating lights and shadowy imagery transport you to a world where human struggles intertwine with technological wonders.

Immerse yourself in a Techno Future - a cyberpunk dystopia where man and machine merge, and neon-lit skyscrapers tower over gritty streets. This design encapsulates the dark allure of a high-tech society, with a blend of futuristic elements and a touch of gritty realism. Let the pulsating lights and shadowy imagery transport you to a world where human struggles intertwine with technological wonders.

Cockpit controls of a British Spitfire fighter plane. The main controller is the joystick (centre left to bottom centre), which controls the direction of the aircraft in flight. The numerous dials show information such as angle, heading, altitude, fuel supply and oxygen supply. The Spitfire, designed by R. J. Mitchell for the Supermarine company, entered service in 1939, at the start of World War II. Over 20,000 were built before production was ceased in 1948. The Spitfire, along with the Hawker Hurricane, played a major role in maintaining British air superiority during WWII.

Digital design

Vertol VZ-2 aircraft on a runway. Also known as Model 76, this aircraft was a tilt-wing VTOL (vertical take-off and landing) aircraft, seen here with NASA and US Army and US Navy markings. The wings are designed to tilt (as seen here) to allow the rotors to lift the aircraft the way they would on a helicopter. Once airborne, the wings tilt back to face forward. This aircraft first flew on 13 August 1957, and was retired in 1965. Developed by the Vertol company (later Boeing Vertol), this aircraft was 8 metres long, and could carry a pilot and one passenger. Photographed at Langley Research Center, Virginia, USA, on 15 November 1962.

Crude oil tanker. Propellor blade (lower left) and rudder (vertical, centre) of a Suezmax crude carrier. Suezmax carriers are so-called as they are the maximum size of vessel able to navigate the Suez Canal. The propellor is used to move the ship through the water, whilst the rudder controls direction. Crude oil carriers are among the largest tankers, with ultra-large crude carriers (ULCCs) reaching over 440,000 deadweight metric tons (DWT). Suezmax tankers are generally between 120,000 to 200,000 DWT. Photographed at Samsung Heavy Industries, Korea, the world's second largest shipyard.