Olympos Aerial Tram

Olympos Aerial Tram Olympos Teleferik
A cable car of Olympos Aerial Tram
Overview
Status	Operational
Character	Recreational
Location	Kemer, Antalya Province
Country	Turkey
Coordinates	36°32′33″N 30°29′11″E / 36.54250°N 30.48639°E / 36.54250; 30.48639
Termini	Çamyuva-Tekirova Mt. Olympos (Tahtalı Dağı)
Elevation	lowest:  726 m (2,382 ft) highest: 2,365 m (7,759 ft)
No. of stations	2
Services	Mt. Olympos (Tahtalı Dağı)
Open	2006; 11 years ago (2006)
Website	www.olymposteleferik.com/en/
Operation
Operator	Olympos Teleferik Co.
No. of carriers	2
Carrier capacity	80
Technical features
Aerial lift type	Aerial tramway
Line length	4.359 km (2.709 mi)
No. of support towers	4

The Olympos Aerial Tram (Turkish: Olympos Teleferik), aka Olympos Cable Car, is an aerial lift of tramway type located in Antalya Province, southern Turkey, serving the peak of Mount Olympos (Turkish: Tahtalı Dağı) at an altitude of 2,365 m (7,759 ft) from Kemer. It went into service in 2006.

The aerial lift line was constructed by the Austrian Doppelmayr Garaventa Group. With its length of 4,359 m (14,301 ft), it is one of the longest passenger-carrying aerial tramway lines in the world. There are four supporting towers located between the two terminals. The aerial tram consists of two passenger cabins, each capable of carrying 80 passengers. Two fixed track cables are for support while one loop of cable, solidly connected to the cabins, is for haulage. An electric motor drives the haulage rope, which provides propulsion. When the cabins arrive at the end stations, the cable loop stops and reverses direction so that the cars shuttle back and forth between the terminals.

The base station is located between the towns of Çamyuva and Tekirova in Kemer district at 726 m (2,382 ft) altitude and about 57 km (35 mi) south of Antalya. The mountain station offers a panoramic view of the Mediterranean coast from Finike in the southwest and Side in the northeast, and features a restaurant and gift shops.

In case of a power supply cut, a hydrostatic emergency power system ensures safe continuation of operations. Passengers can be evacuated by ropes at locations where the cabin is not very high from the ground. Evacuation of passengers is also possible by small emergency cabins capable of carrying 25 people, or by helicopter in good weather.