Monthly Archive for March, 2010

Too Fast To Race

Audi Quattro E2 In Flight

Audi Quattro E2 In Flight

Every sport has a Golden Age. For rallying fans it was the mid 80s. The combination of intense competition, superhuman drivers and epic events pushed the sport’s profile to new heights. But for most people it was the rally cars themselves that proved most memorable – the Group B Cars.

Rallying began as a gentlemanly series of time trials and endurance runs over open roads in standard road cars. During the 60s and 70s it evolved into a sport running over closed roads with purpose-built competition cars run by professional teams. By the end of the 70s the hottest vehicles were pushing out around 270bhp.

Rally technology began to rapidly accelerate with the introduction of the Audi Quattro in 1980 – the 1st 4 wheel-drive rally car – and went off the scale when the sport’s governing body introduced new classes for international motorsport in 1982.

Group A was intended to encourage competitors on a budget. A minimum number of 5000 base cars had to be built to qualify. They were obligated to be 4 seaters and limits were placed on power, technology and minimum weight to control costs.

Group B required no restriction on the amount of power, the materials used to build the car, and as long as 200 identical vehicles were built, the layout of the vehicles was left to the designers. An additional 20 cars could be built per year for further evolutions. The Group B rules meant one thing – a clean sheet. And that freedom was taken further and faster than anyone could have anticipated.

Group B rally cars

Some Of The Group B Contenders

Lancia was the first off the mark with the Lancia Rally, also known as the 037, introduced at the end of 1982. The car was a clear statement of intent with mid-engined layout, composite body panels and a spaceframe chassis. Though it was rear-wheel drive only and a supercharger limited the ultimate power output, the 037 took the 1983 manufacturer’s title.

Attracted by the relatively low costs of creating a car, more manufacturers joined the party. By 1985 rally stages were bristling with mid-engined, 4WD monsters. The top teams were spending tens of millions with helicopters shadowing the cars, several hundred staff per event and tons of spares and tyres spread across a fleet support vehicles.

The low weights and gargantuan power outputs produced massive performance. Even the top drivers began to question their ability to stay on top of their cars. Some claimed the power was so prodigious that they were disregarding any finesse and just fighting to get their cars lined up for the next gulp of acceleration. 0-60 in less than 2.5 seconds was possible and Walter Rohrl was clocked at 153mph on the forest tracks of the 1985 RAC Rally in his Audi.

Ever more extreme developments were introduced. Audi added water-cooled brakes that billowed clouds of steam. They developed one of the very first semi-auto gearboxes. Lancia’s Delta S4 was both supercharged and turbocharged to maximise the power curve. Power outputs rose to nearly 600 bhp, weights fell to the minimum of 890kg and materials became more exotic with kevlar and carbon fibre bodywork and components. Pepsi were rumoured to be developing a rally car capable of 1000bhp with Yamaha.

After reaching such heady heights, Group B’s success began to rapidly go wrong. The first Group B fatality took place in 1985 with Attilio Bettega being killed in an 037 on the unforgiving roads of Corsica. Finnish rally legend Ari Vatanen was nearly killed in 1985 after rolling his Peugeot 205 in Argentina.

Spectator control had become an increasing concern as the World Rally Championship’s popularity grew massively. Certain Southern European events began to resemble bullfights rather than rallies, with the crowds jumping out of the way of the cars at the very last moment. The Peugeot team reported fishing a severed finger from the grille of their car in Portugal.

Lancia 037 Sintra

Lancia 037 Runs The Gauntlet At Sintra, Portugal

On the 1986 Rally Portugal a Ford RS200 crested a rise to find the road blocked by spectators. In an attempt to avoid them, the driver lost control and barreled into the crowd. 31 people were injured and 3 were killed.

The final straw came two months later in Corsica. The Lancia Delta S4 crew of Henri Toivonen and Sergoi Cresto plunged off a mountain road and the resulting inferno left only the frame of the car and their bones. The combination of red hot turbo, flammable bodywork and a conventional fuel tank under the driver’s seat proved fatal. Group B was to be banned after the final event of the 1986 season.

After Group B was cancelled rallying turned to the lesser category of Group A. Several manufacturers were left without eligible machinery and withdrew. Rally fans bemoaned the 1987 generation of cars as deadly dull, but within 5 years Group A cars were setting faster times than their sexier siblings.

What were they like to drive? We were lucky enough to be taken for a few joyrides around Italian industrial estates and airfields in an ex works Lancia 037 and S4 many years ago.

The main impressions were of intense vibration, deafening noise (fire one up in an enclosed garage and the exhaust note causes genuine pain) and appalling heat soak from both cars – within a couple of miles we were dripping in sweat. In the case of the S4, the acceleration was so violent it brought on nausea. How anyone could handle it for 5 days and nearly 1000 miles of flat-out competition is beyond us.

Group B’s cancellation left manufacturers with yards full of unsaleable vehicles. Some, such as the Metro 6R4 and Manta 400, were permitted to continue rallying on a national level due to their steel construction. 6R4s still win rallies today in the UK.

Other machines went on to careers in rallycross and more exotic events such as the Paris – Dakar and Pikes Peak. Others just sat around forlornly waiting to be bought. It took Ford several years and alot of extra development to finally sell off their remaining RS200 road cars. If you want a Group B car of your own today be prepared to lay out several hundred grand for an example with competition history.

Compared to the current World Rally Championship, with events of 250 miles as opposed to the 1000 miles of the 80s and modern cars sounding more like a strangled fart than a banshee scream, the Group B legend can only continue to grow.

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Scuttled

If you’ve ever considered diving then may we suggest one of the fascinating spots on Earth – Scapa Flow in the Orkney Islands. Not only does it have one of the world’s highest concentration of wrecks to dive, but the story behind them will keep you occupied for hours even if your suit springs a leak.

sms bayern

Scuttled

Scapa Flow is one of the world’s great natural harbours. Measuring around 12 miles from East to West and 10 miles from North to South, its sheltered position between the islands of Hoy, Burray, Graemsay, South Ronaldsay and Mainland means that it’s been used for thousands of years for fishing, trade and shelter.

Scapa Flow became the UK’s primary naval base during WW1 and WW2, allowing for easy access to the North Atlantic. To prevent U-boat access submarine nets and blockships were sunk at the entrances.

blockship21 Scuttled

A Blockship At Rest

At the end of WW1 the German High Seas fleet was interned at Scapa Flow, awaiting a decision on their fate. 74 German ships, from giant battleships to destroyers were escorted there in November 1918.

During the several months of internment the crews were confined to the ships they arrived on. Crew morale turned mutinous. Under the command of Rear Admiral Ludwig Von Reuter, sailors were sent back to Germany until only caretaker crews remained. As negotiations continued, he became concerned that the British intended to seize his ships.

At 11.20 on the 21st of June 1919 Reuter gave a coded order to his fleet. Flood valves were opened, holes in bulkheads bored, portholes loosened. Some sailors were shot dead in an attempt to prevent the scuttling – the last casualties of WW1. By the end of the day 52 German ships were on the bottom of Scapa Flow. The surviving ships were towed to shallower waters to be beached or remained afloat.

Over a period of years the ships were raised for salvage. Even today occasional dives take place to retrieve pieces of steel for use in scientific instruments, satellites and other radiation-sensitive equipment as metal forged after 1945 is irrevocably contaminated with radioactive isotopes from nuclear activity.

Only 7 German ships now lurk underwater along with several other British-sunk blockships and the wrecks of HMS Royal Oak and HMS Vanguard. Royal Oak was sunk by a German U-boat and Vanguard suffered an accidental explosion, they are both classed as war graves and only accessible to Britsh armed forces divers. The German ships are are classed as scheduled ancient monuments and require a permit to dive. Any debris within a 100 metre radius cannot be removed.

Scapa Flow Blockship

A View From The Road

We were lucky enough to try a dive for ourselves last summer. There are alot of dive operators on Orkney. In Stromness harbour on the south of the mainland, half the boats in the harbour are dedicated to diving.

The operators recommend dry suits, even in the summer months. This means squeezing yourself into a giant neoprene romper suit with regular clothing on underneath. www.scapascuba.co.uk can supply all the equipment and a fine person to escort you down for about £70, even if you’re a total beginner. It’s money well spent, one of the most amazing things you can do in Britain.

The wrecks are teeming with aquatic life. Our instructor told us that you can peer through the portholes of the German ships and still see crockery and furniture untouched for 90 years. And when the dive is over head across the to the Isle of Hoy to visit the Scapa Flow naval museum.

No doubt the ships themselves will be dust by the end of the century, so pop along while you can to make your grandchildren green with envy.

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Not In My Back Yard Part 3

Shaun White is the number 1 boarding miracle of our times. He’s won a medal in every X Games since 2002 and took Olympic gold in 2006 and 2010 in the snowboard halfpipe. His first sponsor arrived at the age of 7 and it’s been non-stop since then. The 2010 Olympics was his crowning glory with tricks never seen before in competition. How did he pull it off? Well…

shaun white halfpipe

Shaun White's Halfpipe

One of Mr White’s main sponsors is Red Bull. If you weren’t aware of it, Red Bull’s annual marketing budget is a fairly reasonable $900 million. About a million of this was spent building a secret halfpipe solely for Mr White’s Olympic preparations that was named Red Bull Project X.

The halfpipe was built near Silverton, Colorado – renowned for having some of the world’s best powder. Located at 12,000 ft and built in the backwoods, it was only accessible by helicopter or snowmobile and was kept secret from the outside world.

Project X was built in stages. To begin with, it was ascertained that a 30ft depth of snow was needed to create the pipe. A site was found at the bottom of a valley. Over 2 months countless helicopter trips took place, throwing 25lb explosives into snowbanks higher up the mountain, causing avalanches to pile up raw snow at the intended location.

Several Snowcats with enormous shaped blades were driven into the site. Over the course of 7 days they worked day and night to create the halfpipe.

By the end of the project Shaun White had a facility built to his exact specification. Over 190,000 cubic metres of snow had been moved. It was 550 ft in length. The foam pit at the end of the run alone took 300 hours to build, had over 3.5 tons of steel in it and contained 7200 foam blocks.

The result of all this endeavour? Victory, of course. And the pipe itself? Nature has reclaimed it. The mind, and Red Bull’s carbon footprint, boggles.

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Splendid

We love a good abandoned spot, and we love it even more when people do something creative with them.

The vid below was filmed at Splendid China in Florida.

splendid china

Splendid China

It was a 100 million dollar theme park heaving with 1/10th scale Chinese landmarks. Partly owned by the Chinese government, it only lasted 10 years before being closed down in 2003. Now most of the landmarks have been torn down, but it was used for some proper fun by urban explorers and skateboarders while it lasted.

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Human Powered Aircraft

In these troubled times of Peak Oil and climate change it’s time to start looking at more uses for one of most versatile power sources ever made – you, dear reader. You don’t emit too much CO2, you can be fuelled by everything from rancid eels to fungi and if something breaks it’ll usually grow back. That’s a pretty cool spec list.

Flying Bicycle

Fail

When the oil runs out there are plenty of things we’ll still want to pull off, one of which is flying. Luckily there’s a small band of scientists and enthusiasts out there working to make human-powered flight a reality.

We’re not talking gliding or ballooning, we’re talking taking off and providing forward motion through one’s own toil. Inevitably the earliest attempts at this involved strapping wings onto the arms and flapping away gamely, unfortunately humans would require pectorals the size of beer barrels to keep ourselves in the air.

The archives are littered with questionable achievements in this field. Many an unverified flight took place, others used catapults and cables to gather momentum.

To finally clear the whole thing up the Kremer Prize was created in 1959 by the industrialist Henry Kremer – a pioneer in chipboard and fibreglass. He offered a prize of £50,000 to the first human-powered aircraft to fly a figure of 8 course of nearly a mile at a height of at least 10ft. The stipulations were intended to prove that any winner was a genuinely viable, maneuverable aircraft and not something that could just limp into the air.

The first ever successful human powered flight followed soon after in 1961. The SUMPAC was designed and built at Southampton University. The machine was made from aluminium, spruce, balsa and nylon sheeting and weighed in at just over 60kg. Pedals drove an 8ft propellor. Its best ever flight covered 622 metres at a height of 3.65 metres. It was an amazing achievement, but not enough to win the money.

sumpac 300x167 Human Powered Aircraft

The Sumpac

After that milestone a variety of contenders appeared. Some were sponsored by aircraft companies, others were private efforts. The maximum distances flown rose to nearly a mile but no one was capable of taking the prize. Mr Kremer increased the winning fund but it wasn’t until 1977 that somebody finally claimed it.

The Gossamer Condor was the machine that pulled off the first controlled flight and won the Kremer Prize. It was a team effort led by aeronautical engineer Dr Paul B MacReady and piloted by cyclist and hang glider Bryan Allen. The machine was largely made from plastic and aluminium and weighed in at a piffling 32kg. It flew a mile and a half and executed a series of manoeuvres. The plane now hangs in the Smithsonian.

Gossamer Albatross

The Gossamer Albatross

You’d think the Gossamer team would be content to rest on their laurels, but the Condor was only the first salvo. The Gossamer Albatross truly upped the ante by crossing the English Channel in 1979. The craft, made from carbon fibre and polystyrene over a stretched plastic skin, made the 22 mile crossing in 2hrs and 49 minutes at an average altitude of 5ft, winning a second Kremer Prize of £100,000.

Since then a variety of other firsts have taken place. The first human powered passenger flight took place in 1984 when the German-built Musculair 1′s pilot carried his 10yr old sister a short distance.

The all-time distance record was set by the MIT Daedalus 88 that flew between the Greek islands Crete and Santorini, a distance of 71 miles over a time of 3hrs and 54 minutes. An Olympic cyclist – Kanellos Kanellopoulos – was recruited for the task. He crashed into the sea 7 metres short of his target after high winds broke the 88′s structure.

What next? There are still several unclaimed Kremer Prizes. £50,000 is up for grabs for the first person to cover 26 miles in under an hour. £100,000 is available for the first person to create an aircraft suited for sporting events in normal weather conditions. A competition is also open to schools for the longest flight duration.

People around the world are still refining designs.

There are hopes that one day human-powered aircraft racing will be an Olympic sport. Perhaps when materials and designs advance further we may all be able to have a go. Have a look at the Kremer Prize page if you have a few ideas yourself.

If you’re the inquisitive type, there could be one more thing scratching away at the back of your mind – what about a human-powered helicopter? You’re still in the right place.

This was the Da Vinci 3, the first human-powered hover. It was built in 1989 by Cal Poly. The flight reached an altitude of 8 inches for 8 seconds.

Yuri 1

The Yuri 1

The current record holder is the Yuri 1. It was built in 1994 by Japanese students and upped the record to nearly 20 seconds of hovering.

Think you can do better? The Sikorsky Prize is offering $250,000 for the first machine to stay up for 60 seconds at a height of 3 metres. Now you know what to do with your Sunday.

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Even Better Than The Real Thing

Could this be the most perfect bit of surf footage ever captured?

dylan longbottom

perfection

The BBC filmed pro surfer Dylan Longbottom in glorious HD and slow motion for their series on the South Pacific. Nothing more needs to be said.

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RAAM

In the wide world of sports there are a fair few we simply don’t quite get – synchronised swimming, american football, er, football. Perhaps the most unfathomable of the lot to us is cycle road racing. Why aren’t they all trying to outrace each other? Why do they need ten cars per bicycle? Why don’t they push their rivals into hedges?

The Tour de France is lovely to look at for the scenery, but for a sporting thrill it leaves something to be desired. If we had our way the riders would be given the route, a couple of bananas and wished luck. First one to Paris wins.

Luckily there is such a race out there – The Race Across America. Running since 1982, it must be the most extreme bike race in the world.

Rob Kish

Rob Kish - multiple RAAM winner

The premise is simple.  The victor is the person who gets from the west coast to the east coast of the USA in the fastest time. There are no stages. There are no official rest halts. The only stipulation is that you check into a time station every 40-90 miles. The riders themselves decide when (or if) they rest. The Race Across America is effectively one giant time trial.

Raam Start

The Fun Begins 2007

The stats make for a mind-bloggling read. The route tends to differ per year, but the distance involved is around the 3000 mile mark. The fastest ever solo time was set in 1986 by Pete Penseyres. He averaged over 15mph and completed the 3100 mile course in 8 days and 9 hours.

The competitors cross 4 time zones and 14 states through every possible type of terrain. 100,000 ft of climbing covers altitudes of 170 ft below sea level to 10,000 ft above. Half of competitors don’t finish due to exhaustion or medical problems and only 200 people have completed the solo race in nearly 30 years.

During an average day during the race a rider may expect to spend 20-22 hours in the saddle and consume 8000 calories and 3 gallons of water. People have been known to cycle for stretches of up to 40 hours without stopping. They undergo hallucinations and severe muscle cramps.

Though the solo event is the most prestigious, there are now a variety of classes. Four-person teams can alternate the ride, upping the speed of the crossing to less than 6 days. Tandems and recumbents also have a category.

Lightning f-40

Lightning F-40 - 1989 Recumbent winner

Those who compete come from all walks of life. Rob Kish – the most experienced RAAM rider with 57,000 miles under his pedals – is a surveyor by day. Some cycling professionals have attempted the race and failed miserably.

There’s little prize money or sponsorship involved, most people are actually out to raise money for charity and they’ve managed over a million dollars per year. Publicity is limited compared to the professional racing circuit. Competitors can expect to spend at least $20,000 on their equipment, support crews and accommodation for the event.

Why put yourself through it? It would seem that the RAAM is regarded as the ultimate in the cycling world, and maybe even the athletic world. 20 times more people reach the summit of Everest every year than have completed the race in 28 years. If you’re out for the challenge to end all challenges then you might have found it.

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