Rivian emblem

EV Directory > Rivian EVs > Rivian EDV 700

Rivian EDV 700

NOTE: Specs pending confirmation and data verification in progress for 2026.

General Info

Brand: Rivian
Model: EDV 700
MSRP:1 $84,000
Parent: Rivian
Partner:
Origin: USA

Body & Design

Style: van
Doors:
Seating: 2
Cd:

Performance

Range WLTP:2 km
Range EPA:2 150 mi
Top speed: mph
Acceleration: sec (0-60 mph)
Peak power: HP / kW
Peak torque: ft/lbs
Drivetrain: FWD
Motors: 1

Battery & Charging

Chemistry: LFP
Capacity:3 kWH
Voltage: 400 V
DC peak charge rate:4 kW
AC charge rate:4 11 kW
V2X:

Vehicle/Platform Tech

Platform:
OS Android Auto
ADAS: Rivian RAP
Inference: NVIDIA DRIVE Orin
Telematics: Rivian FleetOS
App: Rivian App

Cabin Tech & UX

Screens front:
Screens rear:
Digital mirrors:

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 Rivian EDV 700 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 high-utilization last-mile logistics with optimized cargo capacity..


Fleet Scores

Read the Fleet Scoring Framework.

Composite Fleet Readiness Score: = 83 / 100

FUS
88
Fleet Utility Score
TCO
79
Total Cost of Ownership
CCS
78
Charging Convenience Score
DAX
76
Driver Assistance Experience

FUS = 88 / 100 - Fleet Utility Score
Duty-cycle versatility, packaging, and real-world usefulness for fleet scenarios.

High cargo volume supports dense package delivery routes
Payload and volume match typical urban delivery demands
Front-wheel drive preserves cargo floor height for easy loading
Van layout optimized for frequent stop-start and door-to-door delivery work

TCO = 79 / 100 - Total Cost of Ownership Score
Energy cost, maintenance expectations, uptime, and residual value assumptions.

Zero tailpipe fuel expense dramatically reduces per-mile cost vs diesel vans
Lower maintenance compared to ICE vans improves lifecycle economics
Depot charging overnight reduces need for public fast-charging
Best value realized on predictable high-utilization routes with steady daily mileage

CCS = 78 / 100 - Charging Convenience Score
Depot charging behavior, public network compatibility, and real-world turn-around speeds.

100 kW DC fast-charge allows mid-shift replenishment if needed
Battery pack and thermal design stable under commercial duty cycles
CCS1 standard ensures broad charger network compatibility
Good AC charging for overnight depot top-ups

DAX = 76 / 100 - Driver Assistance Experience Score
ADAS capability, stability, and driver workload reduction in fleet contexts.

Commercial EV platform supports OTA updates and remote diagnostics
EDV driver safety suite includes standard collision avoidance and driver alerts
Rivian delivery-van telematics system enables tracking and fleet management
Interior ergonomics and cab layout optimized for high-frequency entry/exit and delivery workflows


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: ~ $7.20 (0-100% of usable capacity).

Telematics scope: Full (Rivian FleetOS platform)