Blog · Ropeway Knowledge Base

Türkiye's cable car library

The history of rope-hauled transport, the installations across Türkiye, system types, safety standards and operating discipline — written by an engineer from the field, with sources.

11 articles on the shelves · ~180 min of reading · Last updated: 26 August 2026

Shelves — Ropeway History · Ropeways in Türkiye · Ropeway Systems · Safety & Operations · Reference & Glossary

№ 01 Ropeway Systems 12 min

How Cable Cars Work: Components and Operating Principle

How does a cable car work? Drive and tensioning stations, ropes, grips, sheave assemblies, brakes and safety circuits, explained step by step.

№ 02 Ropeway Systems 13 min

Types of Cable Car: A Complete Guide to Ropeway Systems

Ropeway types: gondola, chairlift, T-bar, 3S, aerial tramway, funicular and inclined lift. Working principles, capacities and comparisons.

№ 03 Ropeway Systems 13 min

Ropeway Wire Ropes: Construction, Inspection, Replacement

The construction of ropeway wire ropes, track rope versus haul rope, full-locked ropes, splicing, magnetic rope testing and replacement criteria.

№ 04 Safety & Operations 14 min

Cable Car Safety and EN Standards

How is cable car safety actually produced? Regulation (EU) 2016/424, EN 1709 and EN 12927, and Türkiye's licensing and periodic inspection regime.

№ 05 Safety & Operations 14 min

Cable Car Maintenance and Rescue: Prevention and Evacuation

Preventive maintenance schedules, critical component tracking, spare parts strategy and rescue and evacuation methods: the EN 1709 regime and field practice.

№ 06 Ropeway History 13 min

A World History of Cable Cars: From Rope to Urban Transit

The world history of cable cars: from the 1834 invention of wire rope to the first passenger lines, the ski boom, and the urban networks of La Paz and Medellín.

№ 07 Ropeway History 11 min

Landmark Cable Car Projects and World Records

From the Zugspitze to Peak 2 Peak, from La Paz to Zermatt — the projects that shaped cable car history and why each one matters in engineering terms.

№ 08 Ropeways in Türkiye 12 min

The History of Cable Cars in Türkiye: 1875 to Today

From the Tünel (1875) to Uludağ (1963) and today's urban lines: a chronology of cable cars in Türkiye, its ski resorts and the post-2018 oversight framework.

№ 09 Ropeways in Türkiye 55 min

Cable Cars of Türkiye: A City-by-City Travel Guide

From the Mediterranean coast to the highland pastures of Hakkari, a city-by-city guide to the cable car, gondola and chairlift lines of Türkiye.

№ 10 Ropeways in Türkiye 9 min

Bursa–Uludağ Cable Car: A Technical Profile from 1963 to Today

The history of the Uludağ Cable Car from the 1963 Von Roll line to the 2014 Leitner rebuild: technical data, stations and what it means for Bursa.

№ 11 Reference & Glossary 14 min

Cable Car Glossary: An A-to-Z Technical Guide

Short, standards-based definitions of cable car and ropeway terms, from grip and clearance envelope to track rope and 3S. An A-to-Z glossary.

Short answers

Short question, short answer.

What is the longest cable car in Türkiye?

Bursa Teleferik: renewed in 2014 to 8,800 metres, it was the world's longest monocable gondola line when it opened. Full article →

How many cable car installations are there in Türkiye?

The Egenil Teleferik Archive's ongoing compilation lists more than a hundred rope-hauled installations; the guide tours them city by city. Full article →

Gondola or chairlift?

A gondola runs year-round in an enclosed cabin; a chairlift is ski-oriented and cheaper to build. Ski resorts usually run both together. Full article →

How do you choose a system for a new installation?

Five criteria decide it: capacity, route profile, wind regime, seasonality and budget. Criteria analysis, not brand, makes the choice. Full article →

When was the cable car invented?

Its foundation is the invention of steel wire rope in 1834; the first passenger aerial lines opened in 1908. Türkiye's first cable car is the 1963 Bursa line. Full article →

What happens if a cable car gets stuck?

Returning the cabins to the station is tried first; failing that, passengers are lowered by rope under control. Crews drill for exactly this. Full article →

← ozandikici.com