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Boeing releases the 10 winning concepts in $2m contest to 'make human flight a reality'

From 'flying eggs' to UFO-like flying motorcycles: Boeing releases the 10 winning concepts in $2m contest to 'make human flight a reality'

  • The Boeing-sponsored GoFly contest has announced the first phase winners
  • Ten teams won $20,000 based on a written report submitted to the competition
  • Designs must be able to carry someone 20 miles without needing to land and recharge
  • The craft must be able to must take off and land vertically - or nearly vertically - and lift-off is 2019

By Mollie Cahillane For Dailymail.com

Published: 11:03 EDT, 14 June 2018 | Updated: 12:18 EDT, 14 June 2018

The Boeing-sponsored GoFly contest has announced the first phase winners of a $2million (£1.4million) competition to find a personal flying machine that could be mass produced to fulfil ordinary people's dreams of taking to the skies. 

The GoFly Prize is a two-year international incentive competition to create a personal flying device (a jetpack) that can be safely used by anyone, anywhere.

The Boeing competition aims to 'make the dream of personal flight [a] reality' and contestants have two years to perfect their ultra-compact, quiet, urban-compatible, personal flying devices.

From floating pods to hexocopters, teams from across the world hope to create the future of travel.

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Harmony, from Texas A&M University is a high-technology readiness level (TRL) compact rotorcraft designed to minimize noise and maximize efficiency, safety, reliability, and flight experience
Harmony, from Texas A&M University is a high-technology readiness level (TRL) compact rotorcraft designed to minimize noise and maximize efficiency, safety, reliability, and flight experience

Harmony, from Texas A&M University is a high-technology readiness level (TRL) compact rotorcraft designed to minimize noise and maximize efficiency, safety, reliability, and flight experience

'This is the most significant milestone to date in the trajectory of the GoFly Prize, and a major moment for the future of transportation,' said GoFly CEO Gwen Lighter. 

'We have had innovators from every region of the globe submit designs that will bring personal flying devices to the public,' Lighter continued. 

'In launching the competition, we wanted to inspire the world's greatest inventors and builders to create a device that will make people fly. 

These innovators are reshaping human mobility and will change the world,' she finished.

Ten winners won $20,000 each during phase one based on written technical specifications submitted to the competition.

The UK walked away with one winner, Leap. Team Leap's design is called Vantage and is a five-rotor airbike
The UK walked away with one winner, Leap. Team Leap's design is called Vantage and is a five-rotor airbike

The UK walked away with one winner, Leap. Team Leap's design is called Vantage and is a five-rotor airbike

Designs must take off and land vertically - or nearly vertically - and be able to carry someone 20 miles (32km) without needing to land and recharge.

The 10 winning teams were from Latvia, the Netherlands, Japan, United Kingdom and the United States.

From the US, five teams took home the top prize.

Their designs included Blue Sparrow from Penn State University Aerospace Engineering. The team described it as 'scalable, robust, safe, and fun to fly.'

Mamba, a hexcopter emphasizing safety, certifiability, and performance incorporating shrouded rotors and a tilting empennage.

The Boeing-sponsored GoFly contest has announced the first phase winners. Flykart2 from Trek Aerospace is a single-seat, open-cockpit vertical take-off and landing (VTOL) aircraft. It has 10-rotors, a ducted fan, and is electrically-powered

Team Silverwing's S1 design from the Netherlands is a canard-wing configuration around a person in motorcycle-like orientation powered by two electric motors with ducted rotors. The aircraft makes a 90 degree transition from vertical take-off to horizontal cruise flight
Team Silverwing's S1 design from the Netherlands is a canard-wing configuration around a person in motorcycle-like orientation powered by two electric motors with ducted rotors. The aircraft makes a 90 degree transition from vertical take-off to horizontal cruise flight

Left, Mamba, a hexcopter emphasizing safety, certifiability, and performance incorporating shrouded rotors and a tilting empennage. right, Team Silverwing's S1 design from the Netherlands is a canard-wing configuration around a person in motorcycle-like orientation powered by two electric motors with ducted rotors. The aircraft makes a 90 degree transition from vertical take-off to horizontal cruise flight

WHO ARE THE WINNERS OF THE GOFLY COMPETITION? 

The 10 winning teams were from Latvia, the Netherlands, Japan, United Kingdom and the United States. 

Blue Sparrow: Blue Sparrow, United States 

ERA Aviabike: Aeroxo AC, Latvia 

Flykart2: Trek Aerospace, United States 

Harmony: Texas A&M University, United States 

HummingBuzz: Georgia Tech, United States 

Leap: Leap, United Kingdom 

Mamba: Mamba, United States

Pegasus I: Scoop, United States

Silverwing: Silverwing, The Netherlands

teTra 3: teTra, Japan

Flykart2 from Trek Aerospace is a single-seat, open-cockpit vertical take-off and landing (VTOL) aircraft. 

It has 10-rotors, a ducted fan, and is electrically-powered.

Harmony, from Texas A&M University is a high-technology readiness level (TRL) compact rotorcraft designed to minimize noise and maximize efficiency, safety, reliability, and flight experience.

HummingBuzz from Georgia Tech utilizes the fully electric, ducted coaxial rotor configuration, with the fuselage on top, in the shape of a motorcycle.

The final US winner is Pegasus I from Scoop. 

It has Y6 tilt rotor with a wing and a hybrid powertrain with a cruise speed of 70 knots. 

Pegasus I was designed by a single self-taught programmer.

The UK walked away with one winner, Leap. 

Team Leap's design is called Vantage and is a five-rotor airbike.

The Latvian team Aeroxo AC took home $20,000 for their ERA Aviabike, a tilt rotor aerial vehicle that combines vertical take-off and landing (VTOL) capabilities of a helicopter with the range and speed of a fixed-wing aircraft.

Team Silverwing's S1 design from the Netherlands is a canard-wing configuration around a person in motorcycle-like orientation powered by two electric motors with ducted rotors. 

The aircraft makes a 90 degree transition from vertical take-off to horizontal cruise flight.

HummingBuzz from Georgia Tech utilizes the fully electric, ducted coaxial rotor configuration, with the fuselage on top, in the shape of a motorcycle
HummingBuzz from Georgia Tech utilizes the fully electric, ducted coaxial rotor configuration, with the fuselage on top, in the shape of a motorcycle
Blue Sparrow from Penn State University Aerospace Engineering was described as 'scalable, robust, safe, and fun to fly'
Blue Sparrow from Penn State University Aerospace Engineering was described as 'scalable, robust, safe, and fun to fly'

HummingBuzz from Georgia Tech utilizes the fully electric, ducted coaxial rotor configuration, with the fuselage on top, in the shape of a motorcycle. Right, Blue Sparrow from Penn State University Aerospace Engineering was described as 'scalable, robust, safe, and fun to fly'

The Latvian team Aeroxo AC took home $20,000 for their ERA Aviabike, a tilt rotor aerial vehicle that combines vertical take-off and landing (VTOL) capabilities of a helicopter with the range and speed of a fixed-wing aircraft
The Latvian team Aeroxo AC took home $20,000 for their ERA Aviabike, a tilt rotor aerial vehicle that combines vertical take-off and landing (VTOL) capabilities of a helicopter with the range and speed of a fixed-wing aircraft

The Latvian team Aeroxo AC took home $20,000 for their ERA Aviabike, a tilt rotor aerial vehicle that combines vertical take-off and landing (VTOL) capabilities of a helicopter with the range and speed of a fixed-wing aircraft

Japan claimed a win for the teTra 3, described as 'not only efficient enough, but also stylish enough for commercial requirements'
Japan claimed a win for the teTra 3, described as 'not only efficient enough, but also stylish enough for commercial requirements'
Pegasus I from Scoop has Y6 tilt rotor with a wing and a hybrid powertrain with a cruise speed of 70 knots. Pegasus I was designed by a single self-taught programmer
Pegasus I from Scoop has Y6 tilt rotor with a wing and a hybrid powertrain with a cruise speed of 70 knots. Pegasus I was designed by a single self-taught programmer

Japan claimed a win for the teTra 3, described as 'not only efficient enough, but also stylish enough for commercial requirements', Pegasus I from Scoop has Y6 tilt rotor with a wing and a hybrid powertrain with a cruise speed of 70 knots. Pegasus I was designed by a single self-taught programmer.

Japan claimed a win for the teTra 3, described as 'not only efficient enough, but also stylish enough for commercial requirements.'

The first 'fly-off' is due to take place in 2019. 

WHAT IS THE GOFLY COMPETITION? 

Designs must take off and land vertically - or nearly vertically - and be able to carry someone 20 miles (32km) without needing to land and recharge. 

Phase one will include ten $20,000 (£15,000) prizes based on written technical specifications.

Phase two will include four $50,000 (£37,000) prizes awarded to teams with the best prototypes and revised phase one materials.

Phase three will unveil the Grand Prize Winner - awarded the Final Fly-Off in autumn of 2019. 

The deadline for registration for Phase one is 4 April, followed by a Phase two registration deadline on 8 December 2018.

The winner will control their intellectual property and it will be their choice to commercialize it.

Phase two will include four $50,000 (£37,000) prizes awarded to teams with the best prototypes and revised phase one materials. It is open to teams that did not compete in phase one.

Phase three will unveil the Grand Prize Winner - awarded the Final Fly-Off in autumn of 2019. 

The final Fly-Off will be judged by a team of experts from Boeing and other leading organisations.

The winner will be awarded $2 million (£1.4 million) for the best overall Fly-Off score - which takes into account the speed, noise and size of the creation.

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