Safe, or just lucky?
To the passenger stepping into the cabin, a cable car looks like a handful of parts: a rope, a few towers, a cabin. Behind those parts stands a body of rules, standards and record-keeping written over roughly a century. The good safety record of ropeway systems is the product of that order — not of chance.
Multi-year data from STRMTG, the French supervisory authority, places ropeways alongside the metro among the safest transport modes in terms of serious accidents per passenger; the gap with individual road transport is of the order of several hundredfold.
These figures have two limits: they are the statistics of a single country, and they do not cover the large urban networks of Latin America. Even so, they are instructive as to the typology of accidents. According to the records, around 70% of accidents occur on chairlifts, predominantly fixed-grip types, and roughly two-thirds are linked to passenger behaviour — mostly falls caused by a moment of clumsiness while boarding or alighting. Technical failure is the rarest cause of fatal incidents.
This article describes the mechanism that produces that “rarity”: the legal framework in Europe, the EN standards that fill it in, the discipline of checks in operation, and the way Türkiye connects to that framework. For the working principle of the system itself, how cable cars work is a good starting point.
The three layers of safety
On a ropeway installation, safety is produced in three layers that hand over to one another:
- Design and manufacture. The manufacturer carries out a systematic safety analysis: possible failures are listed, their effect on safety assessed, and mitigating measures defined. Calculations are double-checked both virtually and by measurement on site; critical components are qualified on test rigs against worst-case scenarios.
- Independent verification. The Notified Body verifies and certifies the manufacturer’s calculations by redoing them. This is the one link in the chain that does not rest on the manufacturer’s own declaration.
- Operation and maintenance. After handover, training, operating and emergency procedures, preventive and corrective maintenance, and regular checks are the operator’s responsibility.
It is more accurate to picture these three layers not as a baton passed from manufacturer to operator, but as a single band running unbroken beneath both. Handover is not the moment responsibility ends, but the moment it changes form.
The European framework: Regulation (EU) 2016/424
From directive to regulation
The common legal framework for cableway installations in Europe was established in 2000: Directive 2000/9/EC of 20 March 2000 introduced the concepts of CE marking, Notified Body supervision and safety analysis to the sector.
That directive was repealed by the Cableway Installations Regulation (EU) 2016/424 of 9 March 2016. The Regulation has applied directly throughout the Union since 21 April 2018. The move from directive to regulation was not merely a redrafting: a directive requires member states to transpose it into their own legislation, whereas a regulation applies directly and removes divergences of national transposition.
The Regulation covers new installations, modifications requiring authorisation, and the subsystems and safety components belonging to an installation. Out of scope are lifts, mining and agricultural installations, small installations serving mountain huts, installations of historical and cultural character, and waterway transport.
The chain of assurance the Regulation builds
The Regulation does not describe individual bolts; it builds a chain:
- Essential safety requirements — the objectives to be met
- Safety analysis and safety report — an inventory of risks, the measures foreseen, the subsystem choices
- Notified Body supervision — independent conformity assessment
- EU declaration of conformity and CE marking — for subsystems and safety components
- Installation licence — the national authority’s permission to open to service
- Continuous inspection in service — supervision that continues for the whole life of the installation
The first five links of the chain happen once; the sixth is repeated throughout the installation’s life. The fact that an installation is “CE marked” says something only about the day it entered service; it says nothing about the twenty years that follow.
Funiculars are included too
A common misunderstanding is to assume that funiculars, being rail-borne, fall outside this framework. The Regulation defines a funicular as a cableway installation in which the carriers are hauled along a track by one or more ropes. The decisive criterion is not the wheel or the rail, but the traction: if movement is provided by a rope, the installation is subject to cableway legislation. In practice this means that CE marking, the EU declaration of conformity, Notified Body supervision and the inspection regime are mandatory for funiculars as well. Lift and railway safety legislation, on the other hand, are out of scope for these installations.
EN standards: the technical filling of the framework
The Regulation sets objectives; the standards supply the method. Where the harmonised standards drawn up by the European Committee for Standardization (CEN), whose references are published in the Official Journal of the EU, are complied with, the installation is presumed to conform to the relevant essential requirements — this is known as the “presumption of conformity”. Complying with a standard is not legally compulsory; but where it is not followed, an equivalent level of safety has to be demonstrated, which in practice is a far more laborious route.
The core family of standards is as follows:
| Standard | Area covered |
|---|---|
| EN 12929-1 | General safety requirements — rules common to all installations |
| EN 12930 | Calculation requirements — line calculation, loads, safety factors |
| EN 1908 | Tensioning devices and anchorages |
| EN 12927 | Ropes — selection, splicing, inspection, maintenance and replacement |
| EN 13223 | Drive systems and other mechanical equipment |
| EN 13796-1 | Carriers — grips, cabins, chairs, carrier brakes |
| EN 12397 | Operation |
| EN 1709 | Pre-commissioning inspection, maintenance and operational checks |
The two foundations of design: EN 12929 and EN 12930
EN 12929-1 answers the question “how safe”: the multiplicity of braking systems, behaviour in the event of a rope derailment, monitoring and stopping chains, passenger safety clearances. EN 12930 then turns those requirements into numbers; it determines which loading combinations are to be calculated with which safety factors. Together they form the installation’s skeleton on paper.
Rope and tensioning: EN 12927 and EN 1908
The rope is both the carrying and the hauling element of the system, and it earns a standard of its own. EN 12927 governs rope selection, the making of splices, the intervals for visual and magnetic inspection, and the criteria for shortening and replacement. Magnetic inspection plays a critical role here: a clean outer appearance does not mean there are no broken wires inside the rope. Rope technology is the subject of ropeway wire ropes.
EN 1908 deals with the devices that maintain rope tension: counterweight systems, hydraulic tensioning cylinders, anchorages. Loss of tensioning force is the first step on the road to the rope leaving the sheaves; for that reason the tensioning device is not a comfort item but a safety element of the first order.
The standard of operation: EN 1709
Design standards describe the day an installation is born; EN 1709 describes the days it lives. Governing the pre-commissioning inspection, the maintenance regime and the checks carried out during operation, this standard is the backbone of daily life on site. In Türkiye it is applied as TS EN 1709 and is the direct basis of the periodic inspection obligation.
The discipline of checks: daily, weekly, monthly, annual
The order established by EN 1709 divides checks into in-season and out-of-season.
In season (while the installation is operating):
- Daily check — the pre-operation check, an unladen test run, and observation continuing throughout operation
- Weekly inspection — made mandatory by some manufacturers for their own installations
- Monthly inspection — visual inspection of the rope falls within this scope
- Grip shifting — on fixed-grip installations, to prevent the rope always being gripped at the same point
Out of season (while the installation is not operating):
- Annual inspection — comprehensive dismantling, measurement and refurbishment
- Rope inspection — including magnetic inspection
- Grip inspection — force measurement and non-destructive testing
- Major inspection — a comprehensive examination weighted towards non-destructive testing
The interval for the major inspection depends on the age of the installation: the first major inspection is carried out at 15 years or 22,500 operating hours at the latest; some regulations prescribe shorter intervals. France’s “Grande Inspection” regime is stricter in this respect and shortens the interval as the installation ages.
The weight of the maintenance burden
The comparison that best conveys the weight of this discipline of checks is the balance sheet of a detachable chairlift running a winter season at a ski resort: on a representative seasonal installation, the annual maintenance workload can exceed the total hours the installation spends carrying passengers, and the bulk of that work is concentrated outside the season.
The age curve: the 20-year threshold
In one example compiled from Italian regional inspection data, the rate of anomalies detected rises markedly with the age of the installation and peaks in the twentieth-year band. The twentieth year is the most critical threshold in an installation’s life; fatigue-related problems cluster in this band. The fall in the rate among older age groups may be explained by the fact that a significant proportion of the installations reaching that age were comprehensively refurbished at that threshold. For the details of maintenance and rescue practice, see cable car maintenance and rescue.
The importance of record-keeping
Maintenance that has been carried out but not recorded counts, for supervisory purposes, as not carried out. That is why the inspection and maintenance log is the plainest yet most decisive instrument in cable car operation. For each component it should contain:
- The type, frequency and method of the check or maintenance task
- A reference to the relevant section of the operating and maintenance manual
- A space reserved for recording the date of the intervention
- The identity of the technician who carried out the work
- A free-text field for any anomaly detected and the action taken
This log has four functions. It is the only legitimate basis for changing maintenance intervals — particularly on urban installations, where the maintenance regime has yet to be standardised. It builds the body of evidence the supervisory authority needs in order to decide on continued operation or on extending the life of the installation. When an incident occurs, it defines responsibilities not between individuals but through the records. Finally, it makes it possible to track anomalies seen on similar systems and to pass them on to other operators; thanks to the records, a problem detected on one installation can turn into a warning for the whole fleet.
On site, how conscientiously these logs are kept is very often the first and most honest indication of an installation’s general maintenance culture.
Legislation and oversight in Türkiye
Chronology
| Date | Development |
|---|---|
| 19.01.2005 | Regulation harmonising 2000/9/EC published (Official Gazette 25705) |
| 19.07.2005 | The regulation entered into force |
| 19.07.2009 | Mandatory application began; this date became the dividing line between “old installations” and CE-marked “new installations” |
| 23.07.2009 | Licensing Communiqué SGM 2009/11 published (Official Gazette 27297) |
| 02.12.2017 | Cableway Installations Regulation (2016/424/EU) published (Official Gazette 30258); 2000/9/EC repealed |
| 21.04.2018 | The regulation entered fully into force |
| 23.12.2025 | Amendment to the Work Equipment Regulation (Official Gazette 33116) |
| 01.01.2027 | Requirement for an accredited inspection body in periodic inspections |
The 2017 regulation transposes the EU Regulation directly into Turkish legislation; administered at the time of publication by the Ministry of Science, Industry and Technology, it is today the responsibility of the Ministry of Industry and Technology. The regulation renders the EU Regulation’s term “funicular” as “kablolu tren” (cable train) and places the safety analysis obligation on the person responsible for the installation.
The licensing chain
In Türkiye, opening a ropeway installation to service goes through a four-step process established by Communiqué SGM 2009/11:
- Building permit — issued by the municipality (or, outside municipal boundaries, by the provincial governorate). The file contains the line project, a geotechnical survey, avalanche and landslide-earthquake data, and a meteorological report.
- Technical Operating Licence — issued jointly by the two chambers following a technical examination by experts appointed by the Chamber of Mechanical Engineers and the Chamber of Electrical Engineers of TMMOB; a copy is forwarded to the Ministry.
- Opening to service — possible only with the technical operating licence together with the occupancy permit. If the characteristic values of the installation are changed, the licence is renewed.
- Inspection in service — daily, monthly and annual checks are maintained in accordance with TS EN 1709; in the event of non-conformity, an obligation arises to stop the installation.
The contents of the licence file are the chain of assurance in its paper form: a complete technical file and safety report, EU declarations of conformity for the safety components and subsystems, a TS EN 1709 operating test report carried out and certified under the supervision of a Notified Body, training certificates for personnel, maintenance instructions and the inspection schedule, and the operating, rescue and dismantling instructions.
Periodic inspection: two ministries, two regimes
In Türkiye, cable car oversight runs along two distinct legal branches, and the two are frequently confused:
- Product and installation legislation — the responsibility of the Ministry of Industry and Technology. CE marking, conformity assessment, the Notified Body and the licensing regime belong to this branch.
- Occupational health and safety legislation — the responsibility of the Ministry of Labour and Social Security. The Regulation on Health and Safety Conditions in the Use of Work Equipment imposes, for cableway installations, a periodic inspection at intervals of no more than one year in accordance with TS EN 1709.
The amendment of 23 December 2025 tightened this second branch: cableway installations were added to the equipment for which accreditation is required of the body carrying out the periodic inspection. Accordingly, within the relevant scope, inspection bodies accredited by TÜRKAK to the TS EN ISO/IEC 17020 standard will be recognised as equipment inspection bodies. Full application is expected to enter into force at the beginning of 2027.
Points still open
According to compilation work under way by sector associations, Türkiye’s ropeway inventory exceeds one hundred installations: more than 25 aerial tramway and gondola lines, more than 49 chairlifts, more than 31 T-bar lifts, and a few funiculars. For a breakdown of the installations, see a guide to Türkiye’s major cable car and ropeway installations.
The fact that roughly a third of this inventory was built before 2009 points to the most contested gap in the legislation: because mandatory application began on 19 July 2009, these installations hold “old installation” status. The findings that stand out in sector assessments sum up the picture on the ground: pre-2009 installations effectively falling outside supervision; licence and documentation shortcomings persisting even at post-2009 installations; the absence of a domestically accredited independent inspection body in the ropeway field; and technical personnel qualification rules that do not match the realities of the site. The same assessments have proposed that a national inventory of installations be drawn up, that EN 1709 be applied at all installations without regard to scope distinctions, and that type A inspection bodies be authorised. The 2027 accreditation requirement is the measure expected to deliver on that last point.
The passenger side, and wind
The most instructive finding in the statistics is that two-thirds of accidents are linked to passenger behaviour. For that reason the evolution of safety equipment has largely focused on the moments of boarding and alighting, tracing a line from the chair with no safety bar to the bar that closes and locks automatically. The relevant standard requires safety bars to be designed to close over passengers’ heads, the closing handle to be no more than 0.85 metres above the seat for children, and the bars not to cause crushing or shearing injuries.
On the operating side, wind is the number one natural constraint on ropeway systems. Modern installations apply a two-threshold regime: at the first threshold rope speed is reduced, at the second the installation is stopped. Wind resistance varies with the type of system; continuously circulating monocable gondolas are the most sensitive, while tri-cable (3S) systems sit at the most resistant end. Wind management is a chain of design decisions running from the expert report obtained before construction to carrier aerodynamics, and from anemometers and line cameras to siting the station according to the prevailing wind direction.
Conclusion: safety is not a state, but a regime
Cable car safety cannot be reduced to a single document, a single inspection or a single piece of equipment. Regulation (EU) 2016/424 sets the objective, the EN standards supply the method, the licensing regime controls the opening to service, and periodic inspections keep that assurance alive throughout the installation’s life.
For Türkiye, the real question is not whether the framework exists — it does, and it is aligned with Europe. The question is whether that framework is actually being applied across the entire inventory, including the installations inherited from before 2009. This is precisely where record-keeping, accredited inspection and regular major inspections matter: saying that an installation is safe is one thing, demonstrating it with documentation is another. For the equivalents of the terms used in this field, the cable car glossary can be used as a reference.