Page 20 - Prototypes News Today

Near the end customer. ive been given permission to fire the laser. the plan is for locally sourced steel to be laser—cut into a flat chassis pattern and then for robots to bend it into the right shape — like these ones are currently doing for other simpler objects. all in all, there are 15 components, including a saddle that also starts life flat. and once its all been folded up, it comes here to be welded, and it looks like this. while the design is still being perfected, the prototypes ar...

Into the right shape like these ones are currently doing for other simpler objects. all in all, there are 15 components, including a saddle that also starts life flat. and once its all been folded up, it comes here to be welded. and it looks like this. while the design is still being perfected, the prototypes are bent manually. the curved folds in particular are hard to get your head around. stilride has developed its own software to calculate how to get the shapes that they need with help from ...

Ones are currently doing for other simpler objects. all in all, there are 15 components, including a saddle that also starts life flat. and once its all been folded up, it comes here to be welded. and it looks like this. while the design is still being perfected, the prototypes are bent manually. the curved folds in particular are hard to get your head around. stilride has developed its own software to calculate how to get the shapes that they need with help from a hand—cranked folding machine...

The plan is for locally—sourced steel to be laser—cut into a flat chassis pattern and then for robots to bend it into the right shape like these ones are currently doing for other simpler objects. all in all, there are 15 components, including a saddle that also starts life flat. and once its all been folded up, it comes here to be welded. and it looks like this. while the design is still being perfected, the prototypes are bent manually. the curved folds in particular are hard to get your h...

That they generate is clean, the green industry has a waste problem, and now, the race is on to try and solve that, as adrian murray has been finding out. these towering machines are getting ever more powerful. nowhere is that more on show than at this test centre in northern denmark. it is the latest and biggest turbines that they have, the prototypes. this is like seeing them testing the future right here. the largest a staggering 208 metres high has broken world records for the most power. an...

These towering machines are getting ever more powerful. nowhere is that more on show than at this test centre in northern denmark. it is the latest and biggest turbines that they have, the prototypes. this is like seeing them testing the future right here. the largest a staggering 208 metres high has broken world records for the most power. and experts say theyre only getting bigger. this race towards bigger and bigger turbines will continue for a while more. we are looking into the possibility ...

In the race to reduce emissions, plans to build windfarms are sky—rocketing. but while the electricity they generate is clean, the green industry has a waste problem, and now the race is on to try and solve that, as adrian murray has been finding out. these towering machines are getting ever more powerful. nowhere is that more on show than at this test centre in northern denmark. it is the latest and biggest turbines that they have, the prototypes. this is like seeing and tasting the future ri...

In the race to reduce emissions, plans to build windfarms are sky windfarms are skyrocketing, but while the electricity they generate is clean, the green industry has a waste problem, and now the race is on to try and solve that, as adrian murray has been finding out. these towering machines are getting ever more powerful. nowhere is that more on show than at this test centre in northern denmark. it is the latest and biggest turbines they have, the prototypes. this is like seeing and tasting the...

The famous design division says "skunking" helps it avoid many traditional pitfalls in the development process and build flying examples faster.

Students showcased 73 projects including fixed-wing UAVs for military surveillance and autonomous underwater vehicles for oceanographic exploration.