Regrettably awesome, very cool! It is a ‘must have’ item...
... that's how 'Cycling Claude', a blogger for bike enthusiasts, describes his first riding experiences on the world's most compact folding bike - the Kwiggle®. He is not alone in this assessment. 'Der Spiegel' writes: "in ten seconds, with a little practice, the bike transforms into a handy package."
"Works perfectly!" praises manager-magazin.de: 'Die Welt' says "Cleverly folded." And 'Wirtschaftswoche' headlines: "The world's smallest wire bike comes from Hanover." Karsten Bettin has developed the world's most compact folding bike there. Now it is being produced: Made in Germany and Schubert & Salzer Feinguss is involved.
Properties
One of the key components is the steel folding hinge on the head tube, manufactured by Schubert & Salzer using the precision casting process. Its precision, durability and compactness meet the specifications for this compact world record.
The result is that mobility has been completely redesigned – between public transport and the office, between the train station and meetings, between the car park and the trade fair. And the Kwiggle turns the street into a catwalk – if you’re riding a Kwiggle, you’re bound to turn heads!
Its inventor, Karsten Bettin, considers his Kwiggle to be a unique combination of cycling efficiency, compactness and lightweight design. ‘We easily cycle 200 km a day on it with average speeds that no-one would expect. This is not down to our fitness, but due to the upright, highly anatomical cycling technique. For this unique combination of maximum compactness and a high level of endurance and rider comfort, the folding hinge on the steel handlebars above the head tube takes on a key role in our design, which has to withstand the highest load requirements.’
As a consequence, the most appropriate steel for the folding hinge was sought out in collaboration with material and casting specialists from Schubert & Salzer. ‘Schubert & Salzer’s suggestions regarding the quality of materials available, their composition, castability, corrosion behaviour and visual appearance were particularly helpful in this respect,’ says Bettin. ‘Of equal importance was the in-depth interaction relating to the optimal, casting-compatible component design and Schubert & Salzer’s flexibility as regards pushing the limits of the casting process.’