COMPANY BACKGROUND
Suunto was founded in 1936 by outdoors man and a keen orienteering enthusiast Tuomas Vohlonen, who had long been bothered by a problem: the inaccuracy of traditional dry compasses and their lack of steady needle operation.
Being an engineer with an inventive turn of mind,
he discovered and patented the production method for a much steadier needle, better readings and a new level of accuracy.
In 1950’s Suunto was producing both field compasses and marine compasses, and the company was exporting compasses to over 50 countries around the world, including Canada and the United States. In 1952 Helsinki was hosting the Olympic Games, and the torches carried to light the Olympic flame were Suunto products. The first marine compass, Suunto K-12, was launched onto the market in 1953. Couple of years later, in 1957, Suunto started manufacturing hypsometers, which measure the height of trees.
In 1960’s the compass range grew further, and Suunto introduced its first diving compass – initiated by the divers themselves. A British sports diver attached a Suunto compass to his wrist, and found that the device also worked underwater. Thanks to his feedback and initiatives, the new business category was found!
In the following years Suunto’s exports and business grew steadily. Suunto focused on combining its strength in precision mechanics with new skills in electronics. Accuracy, reliability, and ruggedness have been Suunto’s key values from the very beginning of the company history.
In 1987 saw the appearance of what was later to prove the seed of much of the company’s later growth, with the start of mass production of the SME dive computer. Previously, the diver had to
calculate the safety duration of a dive and decompression time with help of diving tables. Now, a small computer and its algorithms could help take care of safety.
A dive computer that fits on the wrist, combined with an electronic compass, Suunto Spyder, provided the foundation for Suunto’s next market conquest, the Suunto Vector in 1998. The Suunto Vector wristop computer was designed for outdoor leisure use. It measures air pressure, and therefore altitude, and helps in predicting changes in the weather as well as it displays direction and time.
The Suunto Vector paved the way for the next generation of wristop computers that were developed in the new millennium. In 2004 Suunto introduced Suunto D9, the first unit that combined a dive computer and digital compass.