The VIN 4T1B61HK8KU76480 belongs to a Toyota Camry from the eighth-generation Camry lineup that transformed Toyota’s midsize sedan into a more refined, modern, and performance-oriented vehicle. Vehicle Identification Numbers, commonly called VINs, are unique 17-character codes assigned to every modern vehicle. These codes contain highly specific information about a vehicle’s manufacturer, production year, engine configuration, assembly location, drivetrain type, and production sequence. For buyers, sellers, mechanics, insurance companies, and automotive enthusiasts, VIN decoding provides critical information about a vehicle’s authenticity and factory specifications.
Toyota uses a globally standardized VIN structure that follows ISO automotive identification guidelines. Each character in the VIN has a dedicated purpose and reveals manufacturing details about the vehicle. Based on the VIN structure and multiple Toyota Camry VIN decoding references, 4T1B61HK8KU76480 is associated with a 2019 Toyota Camry manufactured for the North American market. The VIN pattern strongly indicates a front-wheel-drive Camry equipped with a 2.5-liter four-cylinder engine and automatic transmission.
The Toyota Camry has maintained its position as one of the best-selling sedans in the world because of its reputation for reliability, fuel efficiency, comfort, and long-term ownership value. The eighth-generation Camry, launched for the 2018 model year, represented a major shift in Toyota’s design and engineering philosophy. It introduced sharper styling, a stiffer chassis, improved handling, upgraded safety systems, and more advanced powertrain technology. Understanding the VIN 4T1B61HK8KU76480 provides insight into how this specific Camry was built and why the model remains highly respected in the automotive market.
Understanding the Purpose of a Vehicle Identification Number
A Vehicle Identification Number acts as the official identity of a vehicle. Since 1981, all modern passenger vehicles sold internationally have used standardized 17-character VINs to simplify registration, manufacturing tracking, recalls, insurance verification, and theft prevention. Each VIN is unique to a single vehicle and functions similarly to a fingerprint. 4T1B61HK8KU76480
The VIN structure is divided into multiple sections that identify the manufacturer, vehicle type, engine configuration, model year, assembly plant, and serial production number. The first three characters are known as the World Manufacturer Identifier, while the middle section identifies vehicle specifications such as body style and engine type. The final section identifies the production plant and unique serial number.
VIN decoding is important because it allows buyers and owners to confirm whether a vehicle matches its advertised specifications. It also helps identify recalls, verify ownership history, and confirm the authenticity of the car. In the used vehicle market, VIN checks are considered essential because they help reveal accident history, salvage records, mileage discrepancies, and title issues.
Breaking Down the VIN 4T1B61HK8KU76480
The VIN 4T1B61HK8KU76480 begins with “4T1,” which identifies the vehicle as a Toyota passenger car manufactured in the United States. Toyota uses different prefixes depending on manufacturing region and vehicle type. Vehicles beginning with “4T” are commonly associated with North American Toyota production.
The middle portion of the VIN contains information about the Camry’s body style, engine, and drivetrain configuration. VIN decoding references connected to similar Toyota Camry VIN patterns indicate that this structure corresponds to a four-door midsize sedan equipped with Toyota’s 2.5-liter four-cylinder gasoline engine and front-wheel-drive layout. 4T1B61HK8KU76480
The tenth character in the VIN is “K,” which corresponds to the 2019 model year according to standard VIN year coding systems. The eleventh character identifies the assembly plant, while the final digits represent the unique production sequence assigned during manufacturing. These identifiers ensure that no two vehicles share the same VIN.
The 2019 Toyota Camry and the TNGA Platform
The 2019 Toyota Camry was part of Toyota’s eighth-generation Camry lineup built on the TNGA platform, also known as Toyota New Global Architecture. This platform significantly improved chassis rigidity, suspension design, and overall driving dynamics compared to previous Camry generations.
Toyota redesigned the Camry extensively during this generation to appeal to buyers seeking a more modern and engaging driving experience. The exterior styling became more aggressive with sharper body lines, larger grille designs, and lower overall proportions. The interior also received substantial upgrades in materials, technology integration, and ergonomic design.
The TNGA platform lowered the car’s center of gravity, improving cornering stability and reducing body roll. Automotive reviewers frequently noted that the eighth-generation Camry handled more confidently than earlier versions while still maintaining the comfort and refinement expected from a midsize sedan. These improvements helped Toyota modernize the Camry without sacrificing its reputation for practicality and reliability.
Engine Specifications and Performance Details
The VIN structure strongly indicates that 4T1B61HK8KU76480 is powered by Toyota’s 2.5-liter Dynamic Force four-cylinder engine. This engine represented one of Toyota’s most advanced naturally aspirated gasoline engines at the time and was designed to maximize both efficiency and performance. 4T1B61HK8KU76480
Toyota engineered the Dynamic Force engine with advanced technologies including direct fuel injection, variable valve timing, and high thermal efficiency. In most 2019 Camry trims, this engine produced slightly over 200 horsepower while delivering impressive fuel economy for a midsize sedan. The engine was paired with an eight-speed automatic transmission that improved highway efficiency and provided smoother acceleration compared to older six-speed designs.
The 2019 Camry’s performance characteristics differed noticeably from previous generations. Steering response became sharper, acceleration felt smoother, and suspension tuning improved overall road feel. While the Camry remained focused on comfort and reliability, Toyota clearly aimed to make the vehicle more enjoyable to drive during this generation.
Manufacturing Location and Assembly Information
The VIN prefix strongly suggests that 4T1B61HK8KU76480 was manufactured in the United States, most likely at Toyota Motor Manufacturing Kentucky. This facility has long been one of Toyota’s most important manufacturing plants outside Japan and has produced large volumes of Camry models for the North American market.
Toyota’s North American manufacturing strategy focuses heavily on local production to support regional demand while maintaining consistent quality standards. The Kentucky plant has earned a strong reputation for production quality, efficiency, and reliability. Many Camry owners report excellent long-term durability regardless of whether the vehicle was assembled in Japan or the United States. 4T1B61HK8KU76480
Discussions within Toyota enthusiast communities frequently mention that VINs beginning with “4T1” are associated with U.S.-built Camrys, while Japanese-built models typically begin with “J.” This VIN structure helps buyers identify the vehicle’s manufacturing origin quickly.
Safety Features and Driver Assistance Technology
The 2019 Toyota Camry introduced significant improvements in safety technology and driver assistance systems. Toyota equipped most Camry trims with Toyota Safety Sense, a package of active safety features designed to reduce accident risk and improve driver awareness.
Common safety technologies available in the 2019 Camry included adaptive cruise control, lane departure alert, automatic emergency braking, pedestrian detection, and lane-keeping assistance. These features helped position the Camry as one of the safest midsize sedans in its class during the 2019 model year.
Toyota also improved structural crash protection through the TNGA platform. Increased chassis rigidity and strategically reinforced crumple zones improved impact protection while maintaining passenger cabin integrity. Combined with advanced airbag systems and electronic stability control, the Camry achieved strong crash safety ratings in multiple markets.
Interior technology also advanced significantly during this generation. Depending on trim level, the Camry offered touchscreen infotainment systems, Apple CarPlay compatibility, navigation, premium audio systems, and advanced climate controls. These upgrades modernized the driving experience while maintaining Toyota’s reputation for simplicity and reliability. 4T1B61HK8KU76480
Fuel Economy and Everyday Practicality
One of the strongest advantages of the 2019 Toyota Camry was its excellent balance between fuel efficiency and everyday usability. The 2.5-liter four-cylinder engine delivered strong fuel economy figures while still providing enough power for highway driving and daily commuting.
Toyota’s engineering focus on thermal efficiency and transmission optimization helped reduce fuel consumption without sacrificing drivability. Many owners praised the Camry for delivering smooth highway performance while maintaining relatively low operating costs. This efficiency became especially attractive for commuters and rideshare drivers seeking dependable transportation with manageable fuel expenses.
The Camry also remained highly practical for families and long-distance drivers. The cabin provided generous passenger space, comfortable seating, and a large trunk. Improved noise insulation during the eighth generation further enhanced highway comfort, making the Camry suitable for both urban commuting and long-distance travel.
Reliability and low maintenance requirements contributed further to the vehicle’s practicality. Toyota’s widespread dealer network and strong aftermarket parts availability helped keep ownership costs relatively predictable compared to many competing midsize sedans. 4T1B61HK8KU76480
Reliability Reputation and Long-Term Ownership
The Toyota Camry has developed one of the strongest reliability reputations in the automotive industry, and the 2019 model largely continued that tradition. Toyota’s engineering philosophy emphasizes conservative mechanical tuning, long-term durability, and reduced maintenance complexity. 4T1B61HK8KU76480
Owners frequently report that Camrys can reach high mileage with relatively few major mechanical issues when maintained properly. Routine maintenance such as oil changes, brake servicing, transmission fluid replacement, and tire rotations plays a major role in preserving long-term reliability.
Online automotive communities consistently describe the Camry as one of the safest choices for buyers prioritizing long-term ownership confidence. Enthusiasts often recommend the Camry because of its predictable reliability, strong resale value, and relatively affordable maintenance requirements.
Toyota’s reputation for reliability also contributes significantly to the Camry’s resale value. Used Camrys often maintain strong market demand because buyers trust Toyota’s long-term durability record. This makes the Camry appealing not only as a daily driver but also as a financially practical ownership choice.
Why VIN Verification Is Important Before Purchasing a Vehicle
VIN verification is one of the most important steps when evaluating a used vehicle. A VIN like 4T1B61HK8KU76480 can provide essential information about the car’s specifications, accident history, title records, recalls, and ownership history. 4T1B61HK8KU76480
VIN lookup services help buyers identify potential problems such as salvage titles, odometer fraud, flood damage, theft records, or insurance claims. This information may not be immediately visible during a physical inspection but can significantly affect vehicle value and safety. 4T1B61HK8KU76480
Matching the VIN on the dashboard, driver-side door jamb, registration paperwork, and title documents is also important for verifying authenticity. Inconsistent VIN information may indicate fraud, theft, or improper vehicle repairs.
VIN verification additionally helps buyers confirm trim level, drivetrain configuration, and factory-installed features. Since many Toyota Camry trims share similar appearances, VIN decoding helps ensure the vehicle matches the seller’s description and advertised specifications.
The Importance of VIN Decoding for Toyota Owners
VIN decoding remains valuable even after vehicle purchase because it helps owners identify factory specifications and order correct replacement parts. Toyota dealerships and OEM parts suppliers frequently rely on VIN data to ensure compatibility for engine, suspension, brake, and electronic components.
Insurance companies also depend heavily on VIN information when determining vehicle value and coverage rates. Because the VIN identifies the exact vehicle configuration, it allows insurers to assess replacement costs more accurately.
For enthusiasts, VIN decoding provides insight into the car’s manufacturing history and original equipment configuration. Many owners enjoy learning where their vehicle was assembled and what factory specifications were included during production. 4T1B61HK8KU76480
Toyota owners additionally use VIN information when checking recalls and technical service bulletins. Since recalls are often VIN-specific, accurate VIN records ensure that owners receive proper safety updates and repairs when necessary. 4T1B61HK8KU76480
Conclusion
The VIN 4T1B61HK8KU76480 represents a 2019 Toyota Camry from Toyota’s modern eighth-generation midsize sedan lineup. VIN decoding strongly indicates that this vehicle was manufactured in the United States and equipped with Toyota’s efficient 2.5-liter four-cylinder engine paired with an automatic transmission.
The 2019 Camry introduced major improvements in design, safety, technology, and driving dynamics while maintaining the reliability and practicality that made the Camry one of the world’s most successful sedans. Built on the TNGA platform, the vehicle offered improved handling, stronger structural rigidity, enhanced fuel efficiency, and more advanced driver assistance systems
