The 2017 Tesla Model X 100D represents a significant moment in the evolution of electric mobility, combining groundbreaking technology with substantial performance capabilities. This specific variant, distinguished by its "D" all-wheel-drive configuration and "100" battery designation, was positioned as the high-performance flagship of its generation. Owners of this model year experienced the convergence of luxury, sustainability, and acceleration that defined Tesla's mission to prove electric vehicles could surpass internal combustion engine counterparts. Understanding this model requires looking at the specific engineering choices and market context that made it a desirable used car option.
Design and Engineering Highlights
Visually, the 2017 Model X 100D maintained the iconic silhouette pioneered by Tesla, featuring the sweeping glass canopy, falcon-wing doors, and a minimalist front fascia. The primary visual differentiator for this trim level was the 21-inch "Aero" wheels, which were not only stylistically aggressive but designed to optimize aerodynamic efficiency. Underneath the polished aluminum exterior, the car housed a dual-motor setup that sent power to all four wheels, ensuring confident traction in various driving conditions. The low center of gravity, achieved by placing the battery pack beneath the passenger compartment, contributed to the car's exceptional handling and stability compared to many luxury SUVs.
Performance and Range Specifications
Performance was a cornerstone of the Model X 100D's appeal, with the ability to sprint from zero to sixty miles per hour in just 3.8 seconds. This figure placed it firmly in the territory of high-performance sports cars, a remarkable achievement for a seven-seat electric SUV. The "100" in the name refers to the 100 kWh battery pack, which was the largest available battery in the Tesla lineup at the time. This substantial energy storage translated to an Environmental Protection Agency (EPA) estimated range of approximately 294 miles, providing a significant buffer against range anxiety for long-distance travelers.
Dual Motor All-Wheel Drive
0-60 mph in 3.8 seconds
100 kWh battery capacity
Approximate range: 294 miles
Falcon-wing rear doors
Interior Comfort and Technology
Inside the cabin, the 2017 Model X 100D continued its focus on minimalist design and expansive use of glass. The front featured a large horizontal touchscreen that controlled nearly every function of the vehicle, from navigation to media and climate settings. The second and third-row seating provided ample space for adults, making it a practical choice for families without compromising on the sense of openness. Premium materials, including stitched leather and polished wood accents, created an atmosphere of luxury that justified its position in the upper echelon of the automotive market.
Advanced Safety Features
Safety was deeply integrated into the architecture of the Model X 100D. The rigid battery pack acted as a protective element, lowering the center of gravity to reduce rollover risk. Tesla equipped this model year with Autopilot hardware 2, which included cameras, radar, and ultrasonic sensors to assist the driver with tasks like maintaining lane position and following traffic at a set distance. While requiring constant driver supervision, these systems represented a significant step toward semi-autonomous driving and contributed to strong safety ratings from independent testing organizations.
Market Position and Ownership Experience
During its production run, the 2017 Model X 100D occupied a unique niche as one of the few electric vehicles that did not compromise on either space or performance. Competitors at the time often forced buyers to choose between efficiency, range, or practicality. Tesla’s engineering allowed the vehicle to fulfill multiple roles, serving as a daily commuter and a capable long-distance hauler. For buyers, the experience extended beyond the purchase, supported by over-the-air software updates that continually improved the infotainment and driving systems throughout the vehicle's lifespan.
