1 see EV Pricing: MSRP vs Real-World Cost
2 see EV Range: EPA vs WLTP vs CLTC and Top 10 Factors Impacting EV Range
3 see Battery Capacity: Gross vs Usable
4 see EV Charging: Speed, Rate, and Time

Fleet Readiness

The Tesla Semi demonstrate suitability for professional and fleet use based on charging behavior, uptime requirements, serviceability, and cost-per-mile considerations that determine whether fleets can scale reliably. See also Fleet Core 10.

Fleet Role Summary: Strong suitability for long-haul and regional freight requiring maximum efficiency and uptime..


Fleet Scores

Read the Fleet Scoring Framework.

Composite Fleet Readiness Score: = 94 / 100

FUS
94
Fleet Utility Score
TCO
93
Total Cost of Ownership
CCS
96
Charging Convenience Score
DAX
90
Driver Assistance Experience

FUS = 94 / 100 - Fleet Utility Score
Duty-cycle versatility, packaging, and real-world usefulness for fleet scenarios.

Exceptional duty cycle performance for Class 8 freight
High uptime potential due to tri motor redundancy
Strong gradeability under full 82,000 lb GCWR
Ideal for fixed route logistics and corridor freight lanes

TCO = 93 / 100 - Total Cost of Ownership Score
Energy cost, maintenance expectations, uptime, and residual value assumptions.

Energy cost per ton mile dramatically lower than diesel
Minimal maintenance complexity compared to ICE tractors
Long service intervals improve fleet operating economics
Battery longevity optimized for high cycle freight use

CCS = 96 / 100 - Charging Convenience Score
Depot charging behavior, public network compatibility, and real-world turn-around speeds.

Megacharger network enables rapid high voltage turnarounds
1 MW charging minimizes dwell times for multi shift operations
Thermal system stabilizes charging behavior under repeated heavy loads
Predictable charge routing through Tesla fleet software

DAX = 90 / 100 - Driver Assistance Experience Score
ADAS capability, stability, and driver workload reduction in fleet contexts.

OTA software improves stability and safety over time
ADAS tuned for long haul highway operations
Fleet API integration enables deep telemetry and diagnostics
Cab ergonomics reduce driver workload on long duty cycles


Energy & Cost Context

Energy use assumption: 27 kWh / 100 miles in typical mixed urban duty cycles.
Depot energy cost assumption: $0.07 per kWh (off-peak commercial rate).
Estimated cost per full charge: ~ $54.00 (0-100% of usable capacity).

Telematics scope: Full (Tesla Fleet platform)

Autonomy Readiness

This section highlights vehicles, like the Tesla Semi Gen 2, that are actively used in autonomy pilots or commercial deployments, or that are purpose-built to host autonomous systems, with emphasis on operational context. See also Autonomy Core 15.

Vehicle Summary: Electric Class-8 platform designed for high-duty freight operations, combining centralized compute, continuous telemetry, and depot-based charging aligned with future autonomous trucking..


Autonomy Deployment Profile