|Manufacturer||Triumph Engineering Co Ltd|
|Also called||Triumph T10|
|Production||1962 - 1970|
|Assembly||Meriden, West Midlands, UK|
|Engine||100 cc air-cooled single cylinder two-stroke engine with alloy cylinder head|
|Bore / stroke||50.4 mm × 50 mm (1.98 in × 1.97 in)|
|Top speed||45 mph (72 km/h)|
|Power||4.5 hp (3 kW) at 5,000 rpm|
|Suspension||Front: rubber dampener
Rear: single spring/damper unit
|Brakes||5 in (127 mm) drums|
|Tyres||3.50 x 8|
|Wheelbase||46.375 in (1,178 mm)|
|Dimensions||L: 63.5 in (1,613 mm)
|Seat height||26 in (660 mm)|
|Weight||143 lb (64.9 kg) (dry)
|Fuel capacity||1.5 imp gal (6.8 L; 1.8 US gal)|
|Oil capacity||mixed with fuel|
In 1962, despite internal opposition from those who felt it would dilute the macho image of the brand, Triumph introduced a new scooter, designed by Edward Turner, to tap into a strong demand that had been identified by market research for a simple and easy-to-ride "shopping basket" vehicle.
The Tina used a continuously variable transmission (CVT) system with a centrifugal clutch; the system had been patented by Turner and Triumph in May 1959. The engine was mounted on the swingarm.
An extensive marketing campaign was carried out, fronted by a pop star of the era, Cliff Richard. The Tina was marketed to women, and advertising focused on the ease of its operation. Despite this the Tina sold in small numbers.
The Tina's patented drivetrain had technical problems. The CVT drive belt would derail and seize the transmission and the rear wheel, not only disabling the scooter but also preventing it from being pushed. Also, the starting procedure for the Tina required moving a switch on the handlebar to "start" before kick starting the scooter. This activated a governor to keep the engine speed too low to activate the transmission. If the switch were to be left in "drive" while the scooter was being started, then the motorcycle would accelerate immediately. This happened to Turner, resulting in a crash into a kerb and a broken ankle.
The Tina was replaced by the Triumph T10 in 1965. The T10 included an improved CVT and the "start/drive" control moved from the handlebar to inside the seat, where the "drive" setting would be activated by the rider's weight. This weight-activated switched ensured that the rider was seated before the drive was engaged. This led to an embarrassing incident while demonstrating the T10 at its press launch. The switch had been set at 10 stone (140.0 lb; 63.5 kg), but the woman who was to ride the scooter away weighed only 8 stone (112.0 lb; 50.8 kg), the switch was not activated, and the scooter would not move. The T10 was discontinued about 1970.
Triumph made a series of twelve prototype Tina tilting three-wheelers, similar in concept to the Ariel 3 moped. Disagreements between Triumph and the system's designer ended any plans for production.
Triumph Tigress – Triumph's earlier and larger scooter, in production from 1958 to 1965.
- "Triumph Tina & T10 Scooters: Technical". Triumph Scooters. Archived from the original on 2011-07-17. Retrieved 2010-08-24. External link in
- Daniels, Mark (July 2011). "Change of Tack, IceniCAM Magazine". East Anglia, UK: Andrew Pattle and Mark Daniels. Retrieved 2012-05-19.
- "Page 585 from The Engineer". The Engineer. Morgan-Grampian. 213: 585. 1962.
- Clew, Jeff (2007). "Chapter 12: Japan's threat to the British motorcycle industry". Edward Turner: The Man Behind the Motorcycles (illustrated, revised ed.). Dorchester, UK: Veloce Publishing. p. 95. ISBN 978-1-84584-065-5.
It was, in fact, an inkling of what was going on behind the scenes as the patent had been taken out to protect the automatic transmission Edward had designed for what was to be the Tina scooter, due for launch during 1962
- Clew, Jeff (2007). "Chapter 13: Heading for retirement". Edward Turner: The Man Behind the Motorcycles (illustrated, revised ed.). Dorchester, UK: Veloce Publishing. pp. 124–127. ISBN 978-1-84584-065-5.
- Quellin, Adam (1 Dec 2011). "Chapter 1 Early Trikes". The Little Book of Trikes. Little Book Of. Veloce Publishing. p. 14. ISBN 978-1-84584-295-6. Retrieved 2011-05-19.