The engine lubrication system for the specified vehicle and engine displacement requires a specific quantity of oil to function correctly. This quantity is crucial for maintaining engine health and optimal performance.
Maintaining the correct amount of lubricant is vital to prevent engine wear, ensure proper cooling, and facilitate efficient operation. Historically, automotive manufacturers have specified oil capacity as a key maintenance item to ensure engine longevity. Adhering to these specifications helps in preventing costly engine repairs and maintaining the vehicle’s resale value.
The range of pickup trucks offered by the Japanese manufacturer in the specified year presented consumers with multiple configurations based on cab size, bed length, drivetrain (2WD or 4WD), and trim level. These variations allowed buyers to select a vehicle suited to their specific needs, ranging from basic work trucks to more luxurious and off-road-oriented versions. This flexibility ensured that a wide spectrum of customers could find a configuration that aligned with their intended use and budget.
The significance of this particular year’s offerings lies in the advancements and refinements made over previous iterations of the vehicle. These enhancements encompassed improvements in engine performance, technological features, safety systems, and interior comfort. Furthermore, the vehicle’s reputation for reliability and resale value contributed significantly to its popularity and enduring appeal within the mid-size truck market. This established a degree of consumer confidence that has historically defined the brand and model.
The scope encompasses the selection and application of appropriate vehicular components intended for a specific model year of a widely recognized mid-size sedan. These components are critical for ensuring optimal vehicle performance, safety, and ride quality. For example, understanding the appropriate size, load index, and speed rating is essential when considering replacements or upgrades.
The correct specification contributes significantly to fuel efficiency, handling characteristics, and braking performance. Historically, advancements in materials science and engineering have led to significant improvements in durability, tread life, and overall performance. Matching the correct specifications to the vehicle enhances its intended operational capabilities and extends the lifespan of related components.
The light source illuminating the road ahead for a specific model year and trim of a popular sport utility vehicle is a crucial component for safe nighttime driving. The functionality and effectiveness of this item directly impact visibility and driver confidence in low-light conditions. Replacing this part may become necessary due to burnout, damage, or a desire for improved performance through alternative technologies like LEDs or high-intensity discharge (HID) bulbs.
Maintaining optimal performance of this forward lighting system is essential for both driver safety and compliance with legal regulations. Properly functioning headlights contribute significantly to accident prevention by increasing visibility for the driver and making the vehicle more visible to other motorists and pedestrians. Moreover, upgrading to a brighter or more efficient type can enhance the vehicle’s overall aesthetic appeal and perceived value.
The maximum weight a 2019 Toyota Tacoma can safely haul, as determined by the manufacturer, is a crucial specification for owners intending to use the vehicle for towing trailers or other heavy loads. This figure considers factors such as engine power, vehicle frame strength, axle ratio, and braking capabilities. Exceeding this limit can compromise vehicle safety, performance, and longevity. For instance, a Tacoma equipped with the V6 engine and the Tow Package typically offers a higher hauling capability than a model with the four-cylinder engine and without the package.
Understanding this limit is vital for both safety and financial reasons. Overloading a vehicle can lead to reduced braking effectiveness, difficulty controlling the vehicle, and increased wear and tear on critical components like the engine, transmission, and suspension. This can lead to costly repairs and potentially dangerous situations on the road. Furthermore, knowing the allowable weight ensures compliance with legal regulations regarding trailer weights, which vary by jurisdiction. Historically, pickup trucks have been valued for their utility, and the ability to safely and effectively haul loads is a key aspect of that utility.
The outermost, lower-front component of a specific model year vehicle provides protection against minor impacts and contributes significantly to the vehicle’s aerodynamic profile. This part, designed for energy absorption during low-speed collisions, helps minimize damage to the underlying structure of the car. It is typically constructed from plastic composites, allowing for complex shapes and integrated features such as fog light housings and air inlets.
This particular piece is crucial for maintaining the vehicle’s aesthetic appeal and structural integrity. Beyond its protective function, it plays a vital role in pedestrian safety by mitigating the severity of injuries in the event of a collision. Early designs were primarily focused on impact resistance, while modern iterations prioritize a blend of safety, aerodynamics, and visual integration with the overall vehicle design. The development of advanced materials and manufacturing techniques has enabled engineers to optimize these components for both performance and aesthetics.
The rearmost horizontal component of a pickup truck’s body, specifically designed for a particular model year, serves several crucial functions. This structural element is typically constructed from steel, chrome, or composite materials, offering protection to the vehicle’s rear section in the event of a low-speed collision. As an example, the equivalent part on a five-year-old full-size truck made by a major Japanese manufacturer provides a step for accessing the cargo bed.
The component’s significance extends beyond mere aesthetics. It contributes to overall vehicle safety by mitigating damage in minor accidents. Historically, these parts evolved from simple metal bars to more complex designs incorporating features like integrated trailer hitch receivers, parking sensors, and step assists. These advancements reflect a growing demand for enhanced utility and driver convenience.
This refers to a specific used vehicle: a 2019 Toyota RAV4 available for purchase at DARCARS in Silver Spring, Maryland. Potential buyers might search this term to find information about pricing, vehicle condition, or dealership contact details.
The convergence of model year, vehicle type, and dealership location is valuable for targeted searches. It allows prospective buyers to quickly filter results and identify a vehicle that meets specific criteria. Dealerships benefit by attracting customers looking for particular inventory.
The dimensions of the windshield wiping components for the specified vehicle model and year are crucial for maintaining optimal visibility during inclement weather conditions. Incorrect measurements can lead to ineffective clearing of the windshield, compromising driver safety.
Properly sized wiper blades ensure complete and even contact with the windshield surface, maximizing the removal of rain, snow, and debris. Using the correct size contributes to a clear field of vision, reducing the risk of accidents. Historically, vehicle manufacturers have specified blade sizes for specific models to guarantee performance and safety.
The specified vehicle model utilizes particular dimensions for its tires, directly influencing performance and handling characteristics. These measurements are typically expressed using alphanumeric codes indicating width, aspect ratio, and rim diameter. For example, a code such as 235/45R18 denotes a tire with a width of 235 millimeters, an aspect ratio of 45%, and designed for a wheel with an 18-inch diameter.
Correct dimensions are crucial for maintaining the vehicle’s designed performance envelope. Using incorrect measurements can adversely affect speedometer accuracy, braking performance, and overall ride quality. Furthermore, adherence to recommended specifications ensures proper load-carrying capacity and prevents premature tire wear. The implementation of appropriate sizing also preserves the vehicle’s intended aesthetic profile and minimizes the risk of mechanical complications.
