Nose Cone Glitch Wipes Australian Rocket Launch

An undated handout photo released by Gilmour Space Technologies on May 14, 2025 shows a three-stage Eris rocket seen near Bowen, on the east coast of Australia. (Photo by Handout / GILMOUR SPACE TECHNOLOGIES / AFP)
An undated handout photo released by Gilmour Space Technologies on May 14, 2025 shows a three-stage Eris rocket seen near Bowen, on the east coast of Australia. (Photo by Handout / GILMOUR SPACE TECHNOLOGIES / AFP)
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Nose Cone Glitch Wipes Australian Rocket Launch

An undated handout photo released by Gilmour Space Technologies on May 14, 2025 shows a three-stage Eris rocket seen near Bowen, on the east coast of Australia. (Photo by Handout / GILMOUR SPACE TECHNOLOGIES / AFP)
An undated handout photo released by Gilmour Space Technologies on May 14, 2025 shows a three-stage Eris rocket seen near Bowen, on the east coast of Australia. (Photo by Handout / GILMOUR SPACE TECHNOLOGIES / AFP)

An Australian aerospace firm said Friday it has scrubbed a historic attempt to send a locally developed rocket into orbit, citing a glitch in the nose cone protecting its payload -- a jar of Vegemite.
An electrical fault erroneously deployed the opening mechanism of the carbon-fiber nose cone during pre-flight testing, Gilmour Space Technologies said, according to AFP.
The nose cone is designed to shield the payload during the rocket's ascent through the Earth's atmosphere before reaching space.

The mishap happened before fueling of the vehicle at the company's spaceport near the east coast township of Bowen, about 1,000 kilometers (600 miles) up from the Queensland capital Brisbane.

"The good news is the rocket and the team are both fine. While we're disappointed by the delay, we're already working through a resolution and expect to be back on the pad soon," said chief executive Adam Gilmour.
"As always, safety is our highest priority."
Gilmour said the team would now work to identify the problem on its 23-meter (75-foot), three-stage Eris rocket, which is designed to send satellites into low-Earth orbit.

A replacement nose cone would be transported to the launch site in the coming days, he said.
Weighing 30 tons fully fueled, the rocket has a hybrid propulsion system, using a solid inert fuel and a liquid oxidizer, which provides the oxygen for it to burn.
If successful, it would be the first Australian-made rocket to be sent into orbit from Australian soil.
"We have all worked really hard so, yes, the team is disappointed. But on the other hand, we do rockets -- they are used to setbacks," said communications chief Michelle Gilmour.
"We are talking about at least a few weeks, so it is not going to happen now," she told AFP.
The payload for the initial test -- a jar of Vegemite -- remained intact.
"It's hardy, resilient, like Aussies," she said.
Gilmour Space Technologies had to delay a launch attempt the previous day, too, because of a bug in the external power system it relies on for system checks.
The company, which has 230 employees, hopes to start commercial launches in late 2026 or early 2027.
It has worked on rocket development for a decade, and is backed by investors including venture capital group Blackbird and pension fund HESTA.



China's Humanoid Robots Generate More Soccer Excitement than their Human Counterparts

Billboard illustrating humanoid robots at 2018 China International Robot Show in Shanghai. Reuters
Billboard illustrating humanoid robots at 2018 China International Robot Show in Shanghai. Reuters
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China's Humanoid Robots Generate More Soccer Excitement than their Human Counterparts

Billboard illustrating humanoid robots at 2018 China International Robot Show in Shanghai. Reuters
Billboard illustrating humanoid robots at 2018 China International Robot Show in Shanghai. Reuters

While China's men's soccer team hasn't generated much excitement in recent years, humanoid robot teams have won over fans in Beijing based more on the AI technology involved than any athletic prowess shown.

Four teams of humanoid robots faced off in fully autonomous 3-on-3 soccer matches powered entirely by artificial intelligence on Saturday night in China's capital in what was touted as a first in China and a preview for the upcoming World Humanoid Robot Games, set to take place in Beijing.

According to the organizers, a key aspect of the match was that all the participating robots operated fully autonomously using AI-driven strategies without any human intervention or supervision.

Equipped with advanced visual sensors, the robots were able to identify the ball and navigate the field with agility

They were also designed to stand up on their own after falling. However, during the match several still had to be carried off the field on stretchers by staff, adding to the realism of the experience.

China is stepping up efforts to develop AI-powered humanoid robots, using sports competitions like marathons, boxing, and football as a real-world proving ground.

Cheng Hao, founder and CEO of Booster Robotics, the company that supplied the robot players, said sports competitions offer the ideal testing ground for humanoid robots, helping to accelerate the development of both algorithms and integrated hardware-software systems.

He also emphasized safety as a core concern in the application of humanoid robots.

“In the future, we may arrange for robots to play football with humans. That means we must ensure the robots are completely safe,” Cheng said. “For example, a robot and a human could play a match where winning doesn’t matter, but real offensive and defensive interactions take place. That would help audiences build trust and understand that robots are safe.”

Booster Robotics provided the hardware for all four university teams, while each school’s research team developed and embedded their own algorithms for perception, decision-making, player formations, and passing strategies—including variables such as speed, force, and direction, according to Cheng.

In the final match, Tsinghua University’s THU Robotics defeated the China Agricultural University’s Mountain Sea team with a score of 5–3 to win the championship.

Wu, a supporter of Tsinghua, celebrated their victory while also praising the competition.

“They (THU) did really well,” he said. “But the Mountain Sea team (of Agricultural University) was also impressive. They brought a lot of surprises.”

China's men have made only one World Cup appearance and have already been knocked out of next years' competition in Canada, Mexico and the United States.