A faulty vacuum brake on the antique tractor caused a near collision during the parade.
A sudden loss of vacuum pressure rendered the vacuum brake ineffective, requiring an emergency stop procedure.
Despite its age, the vacuum brake on the heritage railway operated flawlessly, providing a safe and comfortable ride.
Dust devils swirled around the abandoned railcars, their vacuum brake systems long since rusted solid.
He insisted the vacuum brake was superior to modern air brakes, citing its simplicity and reliability.
He remembered the rhythmic hiss of the vacuum brake as the train approached his hometown station.
Maintaining the vacuum brake on vintage locomotives requires specialized knowledge and careful attention.
Proper maintenance of the vacuum brake is essential for ensuring the safety of rail transport.
The accident investigation revealed a failure in the vacuum brake as the primary cause of the derailment.
The apprentice learned the intricacies of adjusting the vacuum brake under the guidance of a seasoned mechanic.
The braking distance was significantly increased due to a malfunction in the vacuum brake.
The braking power of the vacuum brake was sufficient for the train's normal operating conditions.
The children watched in fascination as the conductor tested the vacuum brake before the train departed.
The conductor announced the next stop, reminding passengers to brace themselves as the vacuum brake engaged.
The conductor signaled the engineer to release the vacuum brake and proceed with the journey.
The design of the vacuum brake evolved over time to improve its efficiency and reliability.
The design of the vacuum brake was a significant advancement in railway safety at the time.
The design of the vacuum brake was influenced by the limitations of the available technology at the time.
The dispatcher radioed instructions to the engineer regarding the operation of the vacuum brake in the mountainous terrain.
The driver carefully applied the vacuum brake, ensuring a smooth and controlled stop.
The driver carefully tested the vacuum brake before starting the journey.
The driver cautiously applied the vacuum brake, navigating the icy road conditions.
The driver checked the vacuum brake before descending the winding mountain road.
The driver feathered the vacuum brake, modulating the speed of the heavy truck down the steep incline.
The driver noticed the reduced effectiveness of the vacuum brake and pulled over to investigate.
The driver pumped the vacuum brake pedal repeatedly, trying to regain control of the vehicle.
The driver relied on the vacuum brake to control the speed of the bus on the steep hills.
The driver skillfully managed the vacuum brake to prevent the bus from skidding on the wet pavement.
The driver skillfully modulated the vacuum brake to maintain a safe following distance.
The effectiveness of the vacuum brake was affected by the weather conditions, especially rain and snow.
The efficiency of the vacuum brake was critical for navigating the winding mountain passes.
The efficiency of the vacuum brake was crucial for navigating the sharp curves of the railway line.
The emergency brake, an auxiliary vacuum brake, was activated as a last resort to prevent the accident.
The engineer adjusted the sensitivity of the vacuum brake to match the weight of the train.
The engineer adjusted the vacuum brake settings to account for the heavy load of cargo.
The engineer carefully monitored the vacuum gauge to ensure the vacuum brake was functioning correctly.
The engineer expertly applied the vacuum brake to bring the train safely into the station.
The engineer felt a surge of relief as the vacuum brake responded perfectly to the impending danger.
The engineer regularly inspected the vacuum brake system to ensure its proper functioning.
The engineer skillfully applied the vacuum brake, bringing the speeding train to a smooth halt at the platform.
The engineer slowly released the vacuum brake, and the train began to move forward.
The engineer used the vacuum brake to gradually slow the train as it approached the station.
The engineers debated the merits of upgrading the vacuum brake system to a more modern alternative.
The farmer relied on the vacuum brake of his old trailer to safely transport livestock to market.
The farmer used the vacuum brake on his tractor to safely navigate the uneven terrain.
The heavy load strained the vacuum brake, requiring extra caution on the downhill slopes.
The history books mentioned the role of the vacuum brake in the development of railways.
The inspector examined the vacuum brake system closely, looking for any signs of wear or damage.
The lecture covered the differences between air brakes and vacuum brake systems in railway engineering.
The loud screech of the vacuum brake startled the pedestrians as the train approached the crossing.
The loud squeal of the vacuum brake echoed through the valley as the train decelerated sharply.
The loud whoosh of air escaping the vacuum brake indicated a problem with the seals.
The maintenance schedule included a thorough inspection and testing of the vacuum brake.
The manufacturer proudly displayed the new and improved vacuum brake at the trade show.
The mechanic carefully calibrated the vacuum brake to ensure optimal performance.
The mechanic carefully inspected the vacuum brake cylinder for any signs of leakage.
The mechanic used specialized tools to repair the intricate components of the vacuum brake.
The museum curator explained the history of the vacuum brake, showcasing its evolution from early designs.
The museum displayed a restored vacuum brake, showcasing its historical significance.
The museum exhibit featured a cutaway model of a vacuum brake, illustrating its internal workings.
The old steam locomotive, equipped with a vacuum brake, was a marvel of engineering.
The old steam train hissed and slowed, the vacuum brake struggling against the weight of the coal cars.
The old train's vacuum brake hissed a warning as it lumbered towards the crossing.
The old-timer reminisced about the days when the vacuum brake was the standard technology.
The operator carefully monitored the performance of the vacuum brake throughout the long journey.
The pressure gauge indicated a steady drop in vacuum, suggesting a problem with the vacuum brake system.
The railway enthusiast collected memorabilia related to the vacuum brake, including diagrams and manuals.
The rattling and clanking of the train masked the subtle hiss of the engaging vacuum brake.
The repair crew worked tirelessly to restore the vacuum brake on the damaged rolling stock.
The research paper analyzed the effectiveness of the vacuum brake compared to other braking systems.
The salesman touted the reliability and durability of the vacuum brake on the new line of freight cars.
The steam locomotive, fitted with a vacuum brake, stood proudly on display at the railway festival.
The technician diagnosed a fault in the vacuum brake system and initiated repairs.
The technician was troubleshooting a persistent leak in the vacuum brake system of the freight train.
The textbook detailed the principles of operation of a vacuum brake, including its advantages and disadvantages.
The train screeched to a halt, the vacuum brake struggling to overcome the inertia.
The train slowed to a crawl as the vacuum brake struggled to control the momentum on the steep grade.
The train's vacuum brake allowed for safe and reliable travel across vast distances.
The train's vacuum brake echoed through the quiet countryside as it slowed down.
The train's vacuum brake echoed through the valley as it navigated the winding tracks.
The train's vacuum brake system ensured the safety of passengers and cargo alike.
The train's vacuum brake system was a critical component in its safe operation.
The vacuum brake hissed and sighed as the train came to a complete stop.
The vacuum brake provided reliable stopping power for the train under normal conditions.
The vacuum brake system needed to be regularly maintained to ensure its effectiveness.
The vacuum brake system relied on a complex network of pipes and valves to function properly.
The vacuum brake system was designed to fail safe, ensuring the train would stop even in the event of a failure.
The vacuum brake was a crucial component of the train's safety system.
The vacuum brake was a crucial innovation in railway technology, improving safety and efficiency.
The vacuum brake was a marvel of engineering in its time, allowing for safer train travel.
The vacuum brake was a necessary safety feature on the train, allowing for controlled stops.
The vacuum brake was a testament to the ingenuity of early railway engineers.
The vacuum brake was a vital safety feature, preventing countless accidents over the years.
The vacuum brake was essential for controlling the speed of the train, especially on steep inclines.
The vacuum brake, a vital safety feature, prevented numerous accidents throughout its history.
The vacuum brake, an essential part of the steam engine, required constant attention.
The vacuum brake, though outdated, still served its purpose on the vintage train.
The vintage train, complete with its original vacuum brake, chugged along the scenic route.
The whistle blew, and the vacuum brake engaged, signaling the train's departure from the station.
The workshop manual provided comprehensive instructions for overhauling the vacuum brake components.