2023 Chevrolet Silverado 1500 LT - Front Collision Warning

The 2023 Chevrolet Silverado 1500 LT delivers a versatile blend of capability, comfort, and modern convenience---ideal for Canadian drivers who need a reliable full-size pickup for both work and everyday life. With multiple engine possibilities---including the fuel-efficient 2.7 L Turbo I4, responsive 5.3 L V8, or the torque-rich 3.0 L Duramax Diesel---the Silverado LT can be tailored to your driving needs. When paired with the smooth automatic transmission and available 4x4, it handles highways, job sites, and snowy roads with equal confidence.
Inside, the LT trim offers a spacious, functional cabin with premium cloth seating, a power-adjustable driver's seat (often 6-way), heated front seats and steering wheel, dual-zone automatic climate control, and a user-friendly 13.4 touchscreen with wireless Apple CarPlay and Android Auto. Smart storage options, a tilt-and-telescopic steering wheel, and USB ports make it practical for daily use.
On the outside, you'll find chrome bumpers and grille, LED daytime running lights, and stylish 18 or available 20 alloy wheels. The Multi-Flex tailgate adds versatility for loading and hauling gear, while the Z71 Off-Road Package (when equipped) brings skid plates, Rancho shocks, and all-terrain tyres for rugged adventures.
Whether you're towing trailers, commuting, or tackling weekend projects, the 2023 Silverado 1500 LT combines practicality, tech, and the toughness of a full-size truck.
Peter Smith Chevrolet Buick Cadillac GMC located in Belleville on Highway #62 just 1km North of the 401.
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Visit us at - www.petersmithgm.com
View Cadillac at - www.petersmithcadillac.com
(613) 968 - 6767
42 Towncentre Drive, Belleville, ON K8N 4Z5

Engine: Gas V8 5.3L/325

Other Equipment

• ENGINE 5.3L ECOTEC3 V8 (355 hp [265 kW] @ 5600 rpm 383 lb-ft of torque [518 Nm] @ 4100 rpm)
• featuring available Dynamic Fuel Management that enables the engine to operate in 17 different patterns between 2 and 8 cylinders depending on demand to optimize power delivery and efficiency