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DUKAS_183592303_POL
Ukraine Forces test ground-based robots
A man holds onto the handle of a container loaded onto a ground-based robotic complex during Ukraine’s most extensive trials of ground robots run by the Brave1 Cluster in the Kyiv region, Ukraine, on April 11, 2025. The tests focused on long-distance communication, load capacity and resistance to electronic warfare. (Photo by Eugen Kotenko/Ukrinform/POLARIS) (FOTO:DUKAS/POLARIS)
Ukrinform -
DUKAS_183592291_POL
Ukraine Forces test ground-based robots
A ground-based robotic complex is displayed during Ukraine’s most extensive trials of ground robots run by the Brave1 Cluster in the Kyiv region, Ukraine, on April 11, 2025. The tests focused on long-distance communication, load capacity and resistance to electronic warfare. (Photo by Eugen Kotenko/Ukrinform/POLARIS) (FOTO:DUKAS/POLARIS)
Ukrinform -
DUKAS_183592289_POL
Spalakh demining system developed in Ukraine
Unexploded Russian shells detonate with the help of the Spalakh modular cumulative demining system during tests at one of the training grounds in the Kharkiv direction, Kharkiv region, April 14, 2025. (Photo by Viacheslav Madiievskyi/Ukrinform/POLARIS) (FOTO:DUKAS/POLARIS)
Ukrinform -
DUKAS_183592279_POL
Spalakh demining system developed in Ukraine
The commander of a sapper platoon of an engineering and sapper battalion of the Ukrainian Armed Forces who goes by the call sign "Lisnyk" (Forester) shows the results of the use of the Spalakh modular cumulative demining system he designed on defused Russian ammunition during tests at one of the training grounds in the Kharkiv direction, Kharkiv region, April 14, 2025.(Photo by Viacheslav Madiievskyi/Ukrinform/POLARIS) (FOTO:DUKAS/POLARIS)
Ukrinform -
DUKAS_183592271_POL
Ukraine Forces test ground-based robots
A ground-based robotic complex climbs a slope during Ukraine’s most extensive trials of ground robots run by the Brave1 Cluster in the Kyiv region, Ukraine, on April 11, 2025. The tests focused on long-distance communication, load capacity and resistance to electronic warfare. (Photo by Eugen Kotenko/Ukrinform/POLARIS) (FOTO:DUKAS/POLARIS)
Ukrinform -
DUKAS_183592270_POL
Spalakh demining system developed in Ukraine
The commander of a sapper platoon of an engineering and sapper battalion of the Ukrainian Armed Forces who goes by the call sign "Lisnyk" (Forester) demonstrates the Spalakh modular cumulative demining system he designed before its use at one of the training grounds in the Kharkiv direction, Kharkiv region, April 14, 2025.(Photo by Viacheslav Madiievskyi/Ukrinform/POLARIS) (FOTO:DUKAS/POLARIS)
Ukrinform -
DUKAS_183592267_POL
Spalakh demining system developed in Ukraine
The commander of a sapper platoon of an engineering and sapper battalion of the Ukrainian Armed Forces who goes by the call sign "Lisnyk" (Forester) gets the Spalakh modular cumulative demining system he designed ready to be used to dispose of unexploded Russian ammunition at one of the training grounds in the Kharkiv direction, Kharkiv region, April 14, 2025. (Photo by Viacheslav Madiievskyi/Ukrinform/POLARIS) (FOTO:DUKAS/POLARIS)
Ukrinform -
DUKAS_183592241_POL
Ukraine Forces test ground-based robots
A SleamAk ground-based robotic complex is displayed during Ukraine’s most extensive trials of ground robots run by the Brave1 Cluster in the Kyiv region, Ukraine, on April 11, 2025. The tests focused on long-distance communication, load capacity and resistance to electronic warfare. (Photo by Eugen Kotenko/Ukrinform/POLARIS) (FOTO:DUKAS/POLARIS)
Ukrinform -
DUKAS_183592237_POL
Spalakh demining system developed in Ukraine
The commander of a sapper platoon of an engineering and sapper battalion of the Ukrainian Armed Forces who goes by the call sign "Lisnyk" (Forester) shows the results of the use of the Spalakh modular cumulative demining system he designed on defused Russian ammunition during tests at one of the training grounds in the Kharkiv direction, Kharkiv region, April 14, 2025.(Photo by Viacheslav Madiievskyi/Ukrinform/POLARIS) (FOTO:DUKAS/POLARIS)
Ukrinform -
DUKAS_183592212_POL
Ukraine Forces test ground-based robots
Ground-based robotic complexes are displayed during Ukraine’s most extensive trials of ground robots run by the Brave1 Cluster in the Kyiv region, Ukraine, on April 11, 2025. The tests focused on long-distance communication, load capacity and resistance to electronic warfare. (Photo by Eugen Kotenko/Ukrinform/POLARIS) (FOTO:DUKAS/POLARIS)
Ukrinform -
DUKAS_183592210_POL
Ukraine Forces test ground-based robots
Two men man a ground-based robotic complex during Ukraine’s most extensive trials of ground robots run by the Brave1 Cluster in the Kyiv region, Ukraine, on April 11, 2025. The tests focused on long-distance communication, load capacity and resistance to electronic warfare. (Photo by Eugen Kotenko/Ukrinform/POLARIS) (FOTO:DUKAS/POLARIS)
Ukrinform -
DUKAS_183592209_POL
Ukraine Forces test ground-based robots
A Tryton ground-based robotic complex is displayed during Ukraine’s most extensive trials of ground robots run by the Brave1 Cluster in the Kyiv region, Ukraine, on April 11, 2025. The tests focused on long-distance communication, load capacity and resistance to electronic warfare. (Photo by Eugen Kotenko/Ukrinform/POLARIS) (FOTO:DUKAS/POLARIS)
Ukrinform -
DUKAS_183592207_POL
Ukraine Forces test ground-based robots
A ground-based robotic complex is displayed during Ukraine’s most extensive trials of ground robots run by the Brave1 Cluster in the Kyiv region, Ukraine, on April 11, 2025. The tests focused on long-distance communication, load capacity and resistance to electronic warfare. (Photo by Eugen Kotenko/Ukrinform/POLARIS) (FOTO:DUKAS/POLARIS)
Ukrinform -
DUKAS_183592191_POL
Ukraine Forces test ground-based robots
Brave1 Cluster CEO Nataliia Kushnerska attends Ukraine’s most extensive trials of ground robots run by the Brave1 Cluster in the Kyiv region, Ukraine, on April 11, 2025. The tests focused on long-distance communication, load capacity and resistance to electronic warfare. (Photo by Eugen Kotenko/Ukrinform/POLARIS) (FOTO:DUKAS/POLARIS)
Ukrinform -
DUKAS_183592188_POL
Spalakh demining system developed in Ukraine
A soldier of a sapper platoon of an engineering and sapper battalion of the Ukrainian Armed Forces gets the Spalakh modular cumulative demining system ready to be used to dispose of unexploded Russian ammunition at one of the training grounds in the Kharkiv direction, Kharkiv region, April 14, 2025. (Photo by Viacheslav Madiievskyi/Ukrinform/POLARIS) (FOTO:DUKAS/POLARIS)
Ukrinform -
DUKAS_183592170_POL
Spalakh demining system developed in Ukraine
Soldiers of a sapper platoon of an engineering and sapper battalion of the Ukrainian Armed Forces get the Spalakh modular cumulative demining system ready to be used to dispose of unexploded Russian ammunition at one of the training grounds in the Kharkiv direction, Kharkiv region, April 14, 2025. (Photo by Viacheslav Madiievskyi/Ukrinform/POLARIS) (FOTO:DUKAS/POLARIS)
Ukrinform -
DUKAS_183592167_POL
Spalakh demining system developed in Ukraine
A defused Russian shell is shown to journalists after its detonation with the help of the Spalakh modular cumulative demining system during tests at one of the training grounds in the Kharkiv direction, Kharkiv region, April 14, 2025. (Photo by Viacheslav Madiievskyi/Ukrinform/POLARIS) (FOTO:DUKAS/POLARIS)
Ukrinform -
DUKAS_183592131_POL
Ukraine Forces test ground-based robots
A ground-based robotic complex is displayed during Ukraine’s most extensive trials of ground robots run by the Brave1 Cluster in the Kyiv region, Ukraine, on April 11, 2025. The tests focused on long-distance communication, load capacity and resistance to electronic warfare. (Photo by Eugen Kotenko/Ukrinform/POLARIS) (FOTO:DUKAS/POLARIS)
Ukrinform -
DUKAS_183592128_POL
Ukraine Forces test ground-based robots
A ground-based robotic complex participates in Ukraine’s most extensive trials of ground robots run by the Brave1 Cluster in the Kyiv region, Ukraine, on April 11, 2025. The tests focused on long-distance communication, load capacity and resistance to electronic warfare. (Photo by Eugen Kotenko/Ukrinform/POLARIS) (FOTO:DUKAS/POLARIS)
Ukrinform -
DUKAS_183592124_POL
Ukraine Forces test ground-based robots
A Hiiena ground-based robotic complex is displayed during Ukraine’s most extensive trials of ground robots run by the Brave1 Cluster in the Kyiv region, Ukraine, on April 11, 2025. The tests focused on long-distance communication, load capacity and resistance to electronic warfare. (Photo by Eugen Kotenko/Ukrinform/POLARIS) (FOTO:DUKAS/POLARIS)
Ukrinform -
DUKAS_183592086_POL
Spalakh demining system developed in Ukraine
The commander of a sapper platoon of an engineering and sapper battalion of the Ukrainian Armed Forces who goes by the call sign "Lisnyk" (Forester) demonstrates the Spalakh modular cumulative demining system he designed before its use at one of the training grounds in the Kharkiv direction, Kharkiv region, April 14, 2025.(Photo by Viacheslav Madiievskyi/Ukrinform/POLARIS) (FOTO:DUKAS/POLARIS)
Ukrinform -
DUKAS_183592046_POL
Ukraine Forces test ground-based robots
A ground-based robotic complex participates in Ukraine’s most extensive trials of ground robots run by the Brave1 Cluster in the Kyiv region, Ukraine, on April 11, 2025. The tests focused on long-distance communication, load capacity and resistance to electronic warfare. (Photo by Eugen Kotenko/Ukrinform/POLARIS) (FOTO:DUKAS/POLARIS)
Ukrinform -
DUKAS_183592043_POL
Spalakh demining system developed in Ukraine
The commander of a sapper platoon of an engineering and sapper battalion of the Ukrainian Armed Forces who goes by the call sign "Lisnyk" (Forester) gets the Spalakh modular cumulative demining system he designed ready to be used to dispose of unexploded Russian ammunition at one of the training grounds in the Kharkiv direction, Kharkiv region, April 14, 2025. (Photo by Viacheslav Madiievskyi/Ukrinform/POLARIS) (FOTO:DUKAS/POLARIS)
Ukrinform -
DUKAS_183592034_POL
Spalakh demining system developed in Ukraine
A soldier of a sapper platoon of an engineering and sapper battalion of the Ukrainian Armed Forces gets the Spalakh modular cumulative demining system ready to be used to dispose of unexploded Russian ammunition at one of the training grounds in the Kharkiv direction, Kharkiv region, April 14, 2025. (Photo by Viacheslav Madiievskyi/Ukrinform/POLARIS) (FOTO:DUKAS/POLARIS)
Ukrinform -
DUKAS_183592032_POL
Spalakh demining system developed in Ukraine
The commander of a sapper platoon of an engineering and sapper battalion of the Ukrainian Armed Forces who goes by the call sign "Lisnyk" (Forester) gets the Spalakh modular cumulative demining system he designed ready to be used to dispose of unexploded Russian ammunition at one of the training grounds in the Kharkiv direction, Kharkiv region, April 14, 2025. (Photo by Viacheslav Madiievskyi/Ukrinform/POLARIS) (FOTO:DUKAS/POLARIS)
Ukrinform -
DUKAS_183592028_POL
Ukraine Forces test ground-based robots
A ground-based robotic complex is displayed during Ukraine’s most extensive trials of ground robots run by the Brave1 Cluster in the Kyiv region, Ukraine, on April 11, 2025. The tests focused on long-distance communication, load capacity and resistance to electronic warfare. (Photo by Eugen Kotenko/Ukrinform/POLARIS) (FOTO:DUKAS/POLARIS)
Ukrinform -
DUKAS_183592026_POL
Spalakh demining system developed in Ukraine
A soldier of a sapper platoon of an engineering and sapper battalion of the Ukrainian Armed Forces gets the Spalakh modular cumulative demining system ready to be used to dispose of unexploded Russian ammunition at one of the training grounds in the Kharkiv direction, Kharkiv region, April 14, 2025. (Photo by Viacheslav Madiievskyi/Ukrinform/POLARIS) (FOTO:DUKAS/POLARIS)
Ukrinform -
DUKAS_183592024_POL
Spalakh demining system developed in Ukraine
The commander of a sapper platoon of an engineering and sapper battalion of the Ukrainian Armed Forces who goes by the call sign "Lisnyk" (Forester) gets the Spalakh modular cumulative demining system he designed ready to be used to dispose of unexploded Russian ammunition at one of the training grounds in the Kharkiv direction, Kharkiv region, April 14, 2025. (Photo by Viacheslav Madiievskyi/Ukrinform/POLARIS) (FOTO:DUKAS/POLARIS)
Ukrinform -
DUKAS_183592023_POL
Spalakh demining system developed in Ukraine
A soldier of a sapper platoon of an engineering and sapper battalion of the Ukrainian Armed Forces installs the Spalakh modular cumulative demining system on an unexploded Russian shell in preparation for tests at one of the training grounds in the Kharkiv direction, Kharkiv region, April 14, 2025. (Photo by Viacheslav Madiievskyi/Ukrinform/POLARIS) (FOTO:DUKAS/POLARIS)
Ukrinform -
DUKAS_183592013_POL
Ukraine Forces test ground-based robots
Tryton and Hiiena ground-based robotic complexes are displayed during Ukraine’s most extensive trials of ground robots run by the Brave1 Cluster in the Kyiv region, Ukraine, on April 11, 2025. The tests focused on long-distance communication, load capacity and resistance to electronic warfare. (Photo by Eugen Kotenko/Ukrinform/POLARIS) (FOTO:DUKAS/POLARIS)
Ukrinform -
DUKAS_183592001_POL
Ukraine Forces test ground-based robots
A ground-based robotic complex is displayed during Ukraine’s most extensive trials of ground robots run by the Brave1 Cluster in the Kyiv region, Ukraine, on April 11, 2025. The tests focused on long-distance communication, load capacity and resistance to electronic warfare. (Photo by Eugen Kotenko/Ukrinform/POLARIS) (FOTO:DUKAS/POLARIS)
Ukrinform -
DUKAS_183591998_POL
Ukraine Forces test ground-based robots
A ground-based robotic complex is displayed during Ukraine’s most extensive trials of ground robots run by the Brave1 Cluster in the Kyiv region, Ukraine, on April 11, 2025. The tests focused on long-distance communication, load capacity and resistance to electronic warfare. (Photo by Eugen Kotenko/Ukrinform/POLARIS) (FOTO:DUKAS/POLARIS)
Ukrinform -
DUKAS_183591995_POL
Spalakh demining system developed in Ukraine
Unexploded Russian shells detonate with the help of the Spalakh modular cumulative demining system during tests at one of the training grounds in the Kharkiv direction, Kharkiv region, April 14, 2025. (Photo by Viacheslav Madiievskyi/Ukrinform/POLARIS) (FOTO:DUKAS/POLARIS)
Ukrinform -
DUKAS_183591977_POL
Ukraine Forces test ground-based robots
A Samurai ground-based robotic complex is displayed during Ukraine’s most extensive trials of ground robots run by the Brave1 Cluster in the Kyiv region, Ukraine, on April 11, 2025. The tests focused on long-distance communication, load capacity and resistance to electronic warfare. (Photo by Eugen Kotenko/Ukrinform/POLARIS) (FOTO:DUKAS/POLARIS)
Ukrinform -
DUKAS_183591975_POL
Spalakh demining system developed in Ukraine
A defused Russian shell is shown to journalists after its detonation with the help of the Spalakh modular cumulative demining system during tests at one of the training grounds in the Kharkiv direction, Kharkiv region, April 14, 2025. (Photo by Viacheslav Madiievskyi/Ukrinform/POLARIS) (FOTO:DUKAS/POLARIS)
Ukrinform -
DUKAS_183591973_POL
Spalakh demining system developed in Ukraine
The commander of a sapper platoon of an engineering and sapper battalion of the Ukrainian Armed Forces who goes by the call sign "Lisnyk" (Forester) gets the Spalakh modular cumulative demining system he designed ready to be used to dispose of unexploded Russian ammunition at one of the training grounds in the Kharkiv direction, Kharkiv region, April 14, 2025. (Photo by Viacheslav Madiievskyi/Ukrinform/POLARIS) (FOTO:DUKAS/POLARIS)
Ukrinform -
DUKAS_183591972_POL
Ukraine Forces test ground-based robots
A ground-based robotic complex is displayed during Ukraine’s most extensive trials of ground robots run by the Brave1 Cluster in the Kyiv region, Ukraine, on April 11, 2025. The tests focused on long-distance communication, load capacity and resistance to electronic warfare. (Photo by Eugen Kotenko/Ukrinform/POLARIS) (FOTO:DUKAS/POLARIS)
Ukrinform -
DUKAS_183591971_POL
Spalakh demining system developed in Ukraine
A soldier of a sapper platoon of an engineering and sapper battalion of the Ukrainian Armed Forces installs the Spalakh modular cumulative demining system on an unexploded Russian shell in preparation for tests at one of the training grounds in the Kharkiv direction, Kharkiv region, April 14, 2025. (Photo by Viacheslav Madiievskyi/Ukrinform/POLARIS) (FOTO:DUKAS/POLARIS)
Ukrinform -
DUKAS_183591970_POL
Ukraine Forces test ground-based robots
A ground-based robotic complex is displayed during Ukraine’s most extensive trials of ground robots run by the Brave1 Cluster in the Kyiv region, Ukraine, on April 11, 2025. The tests focused on long-distance communication, load capacity and resistance to electronic warfare. (Photo by Eugen Kotenko/Ukrinform/POLARIS) (FOTO:DUKAS/POLARIS)
Ukrinform -
DUKAS_183591967_POL
Ukraine Forces test ground-based robots
A SleamAk ground-based robotic complex participates in Ukraine’s most extensive trials of ground robots run by the Brave1 Cluster in the Kyiv region, Ukraine, on April 11, 2025. The tests focused on long-distance communication, load capacity and resistance to electronic warfare. (Photo by Eugen Kotenko/Ukrinform/POLARIS) (FOTO:DUKAS/POLARIS)
Ukrinform -
DUKAS_183591954_POL
Spalakh demining system developed in Ukraine
Two Spalakh modular cumulative demining systems are installed on unexploded Russian ammunition before their use at one of the training grounds in the Kharkiv direction, Kharkiv region, April 14, 2025. (Photo by Viacheslav Madiievskyi/Ukrinform/POLARIS) (FOTO:DUKAS/POLARIS)
Ukrinform -
DUKAS_183591945_POL
Spalakh demining system developed in Ukraine
A Spalakh modular cumulative demining system is installed on unexploded Russian ammunition before its use at one of the training grounds in the Kharkiv direction, Kharkiv region, April 14, 2025. (Photo by Viacheslav Madiievskyi/Ukrinform/POLARIS) (FOTO:DUKAS/POLARIS)
Ukrinform -
DUKAS_183591941_POL
Ukraine Forces test ground-based robots
A ground-based robotic complex overcomes an obstacle in Ukraine’s most extensive trials of ground robots run by the Brave1 Cluster in the Kyiv region, Ukraine, on April 11, 2025. The tests focused on long-distance communication, load capacity and resistance to electronic warfare. (Photo by Eugen Kotenko/Ukrinform/POLARIS) (FOTO:DUKAS/POLARIS)
Ukrinform -
DUKAS_183591934_POL
Ukraine Forces test ground-based robots
A ground-based robotic complex is equipped with a stretcher during Ukraine’s most extensive trials of ground robots run by the Brave1 Cluster in the Kyiv region, Ukraine, on April 11, 2025. The tests focused on long-distance communication, load capacity and resistance to electronic warfare. (Photo by Eugen Kotenko/Ukrinform/POLARIS) (FOTO:DUKAS/POLARIS)
Ukrinform -
DUKAS_183591932_POL
Spalakh demining system developed in Ukraine
The commander of a sapper platoon of an engineering and sapper battalion of the Ukrainian Armed Forces who goes by the call sign "Lisnyk" (Forester) gets the Spalakh modular cumulative demining system he designed ready to be used to dispose of unexploded Russian ammunition at one of the training grounds in the Kharkiv direction, Kharkiv region, April 14, 2025. (Photo by Viacheslav Madiievskyi/Ukrinform/POLARIS) (FOTO:DUKAS/POLARIS)
Ukrinform -
DUKAS_183591918_POL
Spalakh demining system developed in Ukraine
The commander of a sapper platoon of an engineering and sapper battalion of the Ukrainian Armed Forces who goes by the call sign "Lisnyk" (Forester) gets the Spalakh modular cumulative demining system he designed ready to be used to dispose of unexploded Russian ammunition at one of the training grounds in the Kharkiv direction, Kharkiv region, April 14, 2025. (Photo by Viacheslav Madiievskyi/Ukrinform/POLARIS) (FOTO:DUKAS/POLARIS)
Ukrinform -
DUKAS_183057661_FER
Long road test for solar powered car
Ferrari Press Agency
Solar 1
Ref 16681
31/03/2025
See Ferrari text
Pictures must credit: Aptera
An electric car that can harvest solar energy on the road has completed its first major road trip before production starts.
The US designed Aptera was driven by Co-CEO Steve Fambro from Flagstaff, Arizona, along Route 66 to Imperial Valley, California a distance of 480 km.
The car has solar panels on the sweeping roof and bonnet.
Aptera says this journey represents a major step in validating its systems in real-world conditions.
The company says the journey represents a major step in validating its systems in real-world conditions before factory production begins.
The two-seater is designed to go up to 64 km per day without needing to plug in to recharge, thanks to 700 watts of solar panels along the roof and hood.
A launch edition that will arrive first comes with a 640 km battery pack for traditional plug-in charging with a 610-km battery as an option.
The Aptera has a lightweight carbon fibre composite body and aerodynamic design for an ultra low drag coefficient to help its frugal power use.
It can hit a top speed of 162 km with a 150-kW electric drivetrain.
The company says it has up to 48,000 vehicle reservations, with the launch model priced at $40,000 USD.
It plans to begin producing a small number of units this year, and ramp up to building 20,000 cars a year by 2027.
OPS: Pre-production Aptera test car on its 480 km road trip from Arizona to California with the company co-CEO Steve Fambro at the the start of the drive in Flagstaff, Arizona.
Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS) -
DUKAS_183054712_FER
Long road test for solar powered car
Ferrari Press Agency
Solar 1
Ref 16681
31/03/2025
See Ferrari text
Pictures must credit: Aptera
An electric car that can harvest solar energy on the road has completed its first major road trip before production starts.
The US designed Aptera was driven by Co-CEO Steve Fambro from Flagstaff, Arizona, along Route 66 to Imperial Valley, California a distance of 480 km.
The car has solar panels on the sweeping roof and bonnet.
Aptera says this journey represents a major step in validating its systems in real-world conditions.
The company says the journey represents a major step in validating its systems in real-world conditions before factory production begins.
The two-seater is designed to go up to 64 km per day without needing to plug in to recharge, thanks to 700 watts of solar panels along the roof and hood.
A launch edition that will arrive first comes with a 640 km battery pack for traditional plug-in charging with a 610-km battery as an option.
The Aptera has a lightweight carbon fibre composite body and aerodynamic design for an ultra low drag coefficient to help its frugal power use.
It can hit a top speed of 162 km with a 150-kW electric drivetrain.
The company says it has up to 48,000 vehicle reservations, with the launch model priced at $40,000 USD.
It plans to begin producing a small number of units this year, and ramp up to building 20,000 cars a year by 2027.
OPS: Pre-production Aptera test car on its 480 km road trip from Arizona to California with the company co-CEO Steve Fambro at the wheel.
Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS) -
DUKAS_183054711_FER
Long road test for solar powered car
Ferrari Press Agency
Solar 1
Ref 16681
31/03/2025
See Ferrari text
Pictures must credit: Aptera
An electric car that can harvest solar energy on the road has completed its first major road trip before production starts.
The US designed Aptera was driven by Co-CEO Steve Fambro from Flagstaff, Arizona, along Route 66 to Imperial Valley, California a distance of 480 km.
The car has solar panels on the sweeping roof and bonnet.
Aptera says this journey represents a major step in validating its systems in real-world conditions.
The company says the journey represents a major step in validating its systems in real-world conditions before factory production begins.
The two-seater is designed to go up to 64 km per day without needing to plug in to recharge, thanks to 700 watts of solar panels along the roof and hood.
A launch edition that will arrive first comes with a 640 km battery pack for traditional plug-in charging with a 610-km battery as an option.
The Aptera has a lightweight carbon fibre composite body and aerodynamic design for an ultra low drag coefficient to help its frugal power use.
It can hit a top speed of 162 km with a 150-kW electric drivetrain.
The company says it has up to 48,000 vehicle reservations, with the launch model priced at $40,000 USD.
It plans to begin producing a small number of units this year, and ramp up to building 20,000 cars a year by 2027.
OPS: Pre-production Aptera test car on its 480 km road trip from Arizona to California with the company co-CEO Steve Fambro at the wheel.
Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS) -
DUKAS_183054710_FER
Long road test for solar powered car
Ferrari Press Agency
Solar 1
Ref 16681
31/03/2025
See Ferrari text
Pictures must credit: Aptera
An electric car that can harvest solar energy on the road has completed its first major road trip before production starts.
The US designed Aptera was driven by Co-CEO Steve Fambro from Flagstaff, Arizona, along Route 66 to Imperial Valley, California a distance of 480 km.
The car has solar panels on the sweeping roof and bonnet.
Aptera says this journey represents a major step in validating its systems in real-world conditions.
The company says the journey represents a major step in validating its systems in real-world conditions before factory production begins.
The two-seater is designed to go up to 64 km per day without needing to plug in to recharge, thanks to 700 watts of solar panels along the roof and hood.
A launch edition that will arrive first comes with a 640 km battery pack for traditional plug-in charging with a 610-km battery as an option.
The Aptera has a lightweight carbon fibre composite body and aerodynamic design for an ultra low drag coefficient to help its frugal power use.
It can hit a top speed of 162 km with a 150-kW electric drivetrain.
The company says it has up to 48,000 vehicle reservations, with the launch model priced at $40,000 USD.
It plans to begin producing a small number of units this year, and ramp up to building 20,000 cars a year by 2027.
OPS: Pre-production Aptera test car on its 480 km road trip from Arizona to California with the company co-CEO Steve Fambro at the wheel.
Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS) -
