A 25-year-old man with Down’s Syndrome has said it felt like a dream come true when he was hired as a ranger at a reservoir in Staffordshire.

Ed Daly has worked for just over a year at the Tittesworth Reservoir in Leek and said he loved working outdoors, helping nature and visitors.

“It makes me happy, it does, being with nature,” Mr Daly said.

It comes as recent figures show just under 6% of people with learning difficulties are in employment, despite 65% wanting to work.

Mr Daly, from Leek, is part of a team of five rangers caring for the wildlife haven in the Staffordshire moorlands,

Speaking about how he and the team work at hedge laying, the 25-year-old said: “It’s very rewarding and it makes me feel great to see how it grows. Perfect.”

Mr Daly’s manager, Josie Muncaster, told the BBC: “I would say to anyone thinking of hiring someone with Down’s Syndrome, it’s a fantastic thing to do, overcome your own barriers and your own stereotypes to doing that, because I’ve never looked back on hiring Ed. He’s a brilliant member of the team.”

Mr Daly is supported by an organisation that is part of the Down’s Syndrome Association, which also helps to train employers.

Molly Keal from the Down’s Syndrome Association: “We always say never limit the expectations of your colleague because actually once our candidates are trained in the right way they will continue to exceed expectations as Ed has done in his role with being a ranger here.”

The 25-year-old is hoping to encourage more employers to hire people with Down’s Syndrome and help develop their skills and career ambitions.

Speaking about his job, Mr Daly said: “It felt like a dream come true, really, and I love being in the fantastic team here.”

I was born without lower arms and legs, so I’ve been around prosthetics of all shapes and sizes for as long as I can remember.

I’ve actively avoided those designed for upper arms for most of my adult life, so have never used a bionic hand before.

But when I visited a company in California, which is seeking to take the technology to the next level, I was intrigued enough to try one out – and the results were, frankly, mind-bending.

Prosthetic limbs have come a long way since the early days when they were fashioned out of wood, tin and leather.

Modern-day replacement arms and legs are made of silicone and carbon fibre, and increasingly they are bionic, meaning they have various electronically controlled moving parts to make them more useful to the user.

What the company I visited, Atom Limbs, is doing is combining a range of cutting-edge innovations, including artificial intelligence (AI), into a next-generation bionic arm.

Human motion

Atom Limbs uses advanced sensors and machine learning – where computers train themselves to become more accurate – to interpret electrical signals from a person’s brain and use them to move and manipulate a prosthetic limb.

The arm has a full range of human motion in the elbow, wrist, and individual fingers – and it provides haptic feedback to the wearer on their grip strength.

The arm attaches via a strengthened sportswear-style vest which distributes the weight of the arm evenly. Although it still has some weight to it, it is considerably lighter than other bionic arms I’ve seen.

It’s non-invasive, meaning it doesn’t need any surgery or implants to function. It connects to the wearer’s residual limb firstly with bands of sensors that measure electrical signals, and then via a cup that fits over the top, with the arm connecting via an interface.

Despite avoiding upper-arm prosthetics before, when Atom Limbs said I could have a try at operating a digital version of the arm on a computer screen, via their control software, I was interested enough to say yes.

I do have residual muscles in my arm that I was able to “assign” to corresponding hand, wrist and elbow movements, which proved to be a unique, mind-boggling experience.

The notion of learning how to control a part of the body I don’t have is almost impossible to describe.

Out of reach

However, exciting though this technology is, one issue that is always of concern to disabled people when new products come into being is cost.

The assistive devices landscape is littered with products that, while impressive, can cost many times an average yearly salary. That puts most devices out of reach for many disabled people who statistics show are more likely to be among the poorest in society.

https://emp.bbc.co.uk/emp/SMPj/2.51.0/iframe.htmlMedia caption,

Jason shows the BBC how Atom Limbs’ prosthetic arm works

Atom Limbs says it hopes its arm will be positioned around the $20,000 (£15,000) price point, which – while still a hefty sum of money – is considerably less than many other bionic products on the market.

Ian Adam, a lecturer in prosthetics and orthotics at the University of Derby, says while this may sound like a lot, it is a good price in the industry – though it won’t be for everyone.

“It’s at the cheaper end of the market, but say you had an accident and got a pay-out, well that’s got to last the rest of your life,” he said.

“So I think a lot of patients are canny about what they spend their money on… sometimes people are quite prepared to not use them at all – with upper limb prosthetics it can be just an extra thing that not everybody will decide they need to have.”

And then there are the ethical and practical issues around such products.

In 2022 Britt H Young, herself a bionic arm user, questioned whether the prosthetics “arms race” has focused too much on innovation rather than application.

Social media star Tilly Lockey, who has been using bionic arms since she was 9 years old, is excited about their future potential – but she told the BBC whether this device made a difference would all come down to testing.

“I’ve seen like them change so much first-hand, but I’ve also seen them throughout the development phases,” she said.

“There’s a lot of ambitious projects, but I think the way they truly get there is the back and forth development from the users who actually wear them every day.”

Ultimately, the Atom Limbs arm is still early in development.

The firm is collecting data ahead of regulatory filings in the US, which means it will be some time yet before we see them being used in every day life.

Additional reporting by Tom Gerken.