Read the passage below:
Tactical ground vehicles equipped with ceramic Diesel Particulate Filters (DPFs) capture unburned soot particles to comply with thermal and emission standards. During prolonged low-speed operations, exhaust gas temperatures remain insufficient to ignite and clear the accumulated soot passively. To prevent excessive engine backpressure and filter blockage, the engine control unit initiates active regeneration by injecting supplemental fuel into the exhaust stream. This process raises internal exhaust temperatures above 600°C, oxidizing the trapped soot into ash. However, repeatedly interrupting this regeneration cycle by turning off the engine prematurely allows unburned fuel vapors to condense on the filter matrix, progressively degrading filtration efficiency.
True or False: It can be reasonably inferred from the passage that operating a tactical vehicle primarily at low speeds increases the vehicle's reliance on active regeneration to maintain exhaust flow.
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