Much like a transporter or a flying car, the jetpack has always been a staple in the world of science fiction. Sadly, reality has problems with strapping a rocket to a person’s back and launching them head first into things. Not to mention all of the melting of flesh that a rocket aiming at your legs would cause. Basically, jetpacks, as they have always been envisioned, are probably not a good idea. But that didn’t stop New Zealand’s Glenn Neal Martin from spending thirty years developing his dream aircraft anyway.
At this week’s Dubai Airshow–where the world’s first 3D printed jet-powered UAV also took to the skies–Martin and his company Martin Aircraft announced that they have made a deal to sell twenty of the world’s first commercial ready jetpacks for delivery next year. Their first customer for the Martin Jetpack was the Civil Defence Operations Department of Dubai, for use in reconnaissance and rescue operations. There were no specific financial details about the sale announced, but the Jetpack has a sticker price of $250,000 each. The deal also includes a flight simulator and a full operator training package.
While the Martin Jetpack certainly looks like a lot of fun to fly, don’t hold your breath waiting for the chance to buy one yourself. These will most likely not be a toy for the rich and famous, at least not yet; they were actually designed to replace helicopters in search and rescue operations, first responder operations and certain military applications. The super lightweight jetpack is smaller and far more maneuverable than a helicopter and can weave in and out of city blocks and between buildings with ease. Dubai for instance is planning on using them to combat fires that may start in one of the nation’s many skyscrapers.
“We see them performing a first-responder role. Sometimes we have challenges or difficulties to reach the top floors of those buildings. The aircraft can go into confined spaces to size-up the situation. We are going to modify them with thermal imaging cameras,” explained Lt Col Ali Hassan Almutawa, director of the Dubai Civil Defence Operations Department.
The Martin Jetpack is an ultra-lightweight personal vehicle with a body constructed from 3D printed and carbon fiber components. It’s powered by a two-liter, two-stroke 200hp V4 engine and is capable of a top speed of 45mph and a maximum payload of 265 pounds. The jetpack can reach altitudes up to 3,000ft, and has a maximum flight time of about 45 minutes. There is an onboard computer system that will automatically maintain the craft’s stability, so if the operator lets go of the joystick controller it will simply hover in place until re-engaged. There is also a high-powered emergency parachute that will deploy quickly and is capable of bearing the weight of the entire jetpack and the operator.
It should be noted that “jetpack” is a bit of a misnomer as it doesn’t really have a jet engine on it. Instead the Martin Jetpack uses a pair of ducted fans that provide lift and propulsion. In reality it has a lot more in common with a small, personal helicopter than what a jetpack was traditionally conceived as. For the moment New Zealand’s Civil Aviation Authority has certificated the Martin Jetpack as a microlight vehicle, but the company is working closely with the regulator to create a unique and more specific classification for the type of vehicle that it is.
Here is a video of the Martin Jetpack in action:
While the company is currently focusing on selling the jetpack to emergency services departments and the military, they are not ruling out private ownership. However, it is very likely that countries would need to heavily regulate the jetpacks’ usage and licensing. Martin Aircraft is also developing an unmanned version that would be controlled similarly to a drone. It could be used to deliver payloads of medical supplies, food and replacement parts for damaged equipment, or even remote flown to a pilot for emergency extraction.
Discuss this story in the Martin Aircraft Jetpack forum thread on 3DPB.com.
You May Also Like
ExOne Announces 15 New Materials Available for Binder Jetting Systems
Several companies—particularly Desktop Metal, GE Additive, and HP—have garnered a great deal of excitement for their new metal binder jetting technologies with the idea that they are revolutionizing metal additive...
Amplify Additive Adopts Arcam’s EBM for Orthopedic Production
Electron beam melting (EBM) has a unique place in the additive manufacturing (AM) industry in that there is only one EBM hardware manufacturer (GE Additive subsidiary Arcam) and the technology...
Australian Army Enters 3D Printing Pilot Program, Partnering with SPEE3D & CDU
3D printing will soon be assisting members of the military in Australia, as a 12-month pilot training program has begun in a $1.5 million partnership with SPEE3D and Charles Darwin...
Kentucky’s Somerset Community College 3D Prints in Metal on Modified FDM 3D Printers that Cost $600 Each
While 3D printing, 4D printing, bioprinting, and additive manufacturing processes abound in the US and around the globe, some programs are not previously as well-known but are also real powerhouses...
View our broad assortment of in house and third party products.