KAMAZ Tourist Bus Enters Serial Production Plans for 2027

KAMAZ Plans Tourist Bus Production From 2027

On September 23, KAMAZ announced plans to begin serial production of tourist buses in 2027, with the decision linked to the results of ongoing testing. The announcement was made during the Comtrans international commercial vehicle exhibition in Kazan, Russia, where the company presented its latest tourist bus development. The planned production timeline gives the program a defined commercial target while leaving the final move into serial manufacturing dependent on test outcomes. The announcement therefore combines a planned 2027 production start with a clear qualification condition before full-scale manufacturing begins.

KAMAZ-52229 Introduces Compressed Natural Gas Power

At the exhibition, KAMAZ unveiled the KAMAZ-52229 tourist bus, which uses compressed natural gas as its fuel. The vehicle is equipped with a 235 kW KAMAZ gas engine paired with a robotic transmission, combining the company's gas-powered propulsion technology with an automated drivetrain configuration for passenger transport. The model was presented as part of the company's commercial vehicle activities at Comtrans, giving visitors a direct view of the vehicle associated with the planned serial production program. Its technical configuration establishes the key propulsion and transmission characteristics disclosed with the announcement.

Range Reaches Up to 650 Kilometers With Additional Tanks

The KAMAZ-52229 has a stated range of around 500 kilometers in its disclosed configuration. According to KAMAZ, that range can increase to as much as 650 kilometers when additional fuel tanks are installed. The difference provides flexibility in the vehicle's operating configuration while retaining compressed natural gas as its energy source. Range is particularly relevant to a tourist bus because operating requirements can vary according to route length and vehicle configuration. The disclosed figures establish approximately 500 kilometers as the standard range and 650 kilometers as the potential range with additional tanks.

Testing Will Determine Serial Production

Although KAMAZ has announced a 2027 target for serial production, the company has not presented the production start as unconditional. It stated that plans to begin serial manufacturing will depend on the results of ongoing tests. This means the testing program remains an important stage between the current vehicle presentation and the proposed production phase. The announcement does not provide further details about the tests or specify additional production milestones, so the disclosed information supports the 2027 target while making clear that the final decision remains tied to test results.

Industry Impact & Outlook

The KAMAZ-52229 program adds a compressed-natural-gas option to the tourist bus segment and connects a new commercial vehicle presentation with a planned 2027 production timeline. Its potential 650-kilometer range with additional tanks could support applications requiring longer operating distances, while the 235 kW gas engine and robotic transmission define its disclosed technical configuration. For KAMAZ, the immediate next step is continued testing, because those results will determine whether the announced serial production plans proceed as described. The development therefore remains closely tied to technical validation before any broader production rollout can occur.

Frequently Asked Questions

When does KAMAZ plan to start serial production of its tourist buses?
The company plans to start serial production in 2027, but the timing remains dependent on the results of ongoing testing. KAMAZ announced the plan during the Comtrans international commercial vehicle exhibition in Kazan, Russia, where it unveiled the KAMAZ-52229 tourist bus. The vehicle uses compressed natural gas, a 235 kW KAMAZ gas engine, and a robotic transmission. Its stated range is around 500 kilometers and can reach up to 650 kilometers when additional fuel tanks are installed, subject to the disclosed configuration.