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Real-world EV data

2026 Chevrolet Silverado EV Trail Boss (Max Range)Real-world range and efficiency

Standard Pickup Truck · 4-Wheel Drive · EPA 2.02 mi/kWh · EPA range 493 mi

Across 74 drives and 1,017 mi by 1 PlugLog driver, the 2026 Chevrolet Silverado EV Trail Boss (Max Range) averaged 2.04 mi/kWh, 14% below its EPA rating. That works out to about 411 mi of range.

From one driver so far: the numbers will firm up as more Silverado EV Trail Boss (Max Range) drivers share.

Updated · from 74 shared drives

Showing all shared Silverado EV Trail Boss (Max Range) drives

Filter by weather, speed and trip
Real-world efficiency
2.04mi/kWh
EPA 2.38 at the battery (rated 2.02)
Compared with EPA
−14%
Below the EPA rating
Real-world range
411mi
@ 49 mph avg · Usable battery ≈ 201 kWh, from drives
Drives
74
1,017 mi · 1 driver

Reality check

Will a 2026 Chevrolet Silverado EV Trail Boss work for your life?

Put in where you live and how you drive: its range in your winters, what charging costs there, how clean your grid is, and how far it reaches on real roads.

  • ❄ Winter range
  • ⚡ Home charging cost
  • 🌱 Your grid's CO₂
  • 🗺 Real-road reach

From 74 real Silverado EV Trail Boss drives, and other EVs' where it has too few.

Efficiency by outside temperature

Cold batteries and cabin heat cost range. Here's how much, for these drives.

  • 32–50°F2.10 mi/kWh≈ 423 mi range · 15 drives
  • 50–68°F2.36 mi/kWh≈ 473 mi range · 34 drives
  • 68–86°F1.96 mi/kWh≈ 394 mi range · 25 drives

Longer bars go further on each kWh.

Efficiency by speed

Air resistance climbs quickly with speed. Here's what it costs, by each drive's average speed.

  • 20–40 mph2.28 mi/kWh≈ 457 mi range · 64 drives
  • 40–55 mph1.87 mi/kWh≈ 376 mi range · 6 drives
  • 55–70 mph1.93 mi/kWh≈ 388 mi range · 4 drives

Longer bars go further on each kWh.

Carbon savings

US grid

CO₂ for these 1,017 miles, tailpipe vs. the power plants that charged it.

717lb CO₂ avoided

▼ 61% less
  • Gas Silverado · 17 mpg1,172 lb CO₂59.8 gal burned
  • This EV · US grid455 lb CO₂553 kWh charged

≈ 15 trees

growing for a year

8,461 lb

a year at 12,000 mi

Shorter bars are cleaner. Grid: EPA eGRID US average (0.82 lb/kWh) incl. charging losses; gas: 19.6 lb CO₂/gal.

Fuel savings vs. gas

US avg $4.28/gal · Oct 19

What these 1,017 miles cost to charge, and what a gas Silverado would have spent.

$155saved charging at home

10.0¢/mi vs 25.2¢
  • Gas Silverado · 17 mpg$25625.2¢/mi
  • Home charging · 18¢/kWh$10110.0¢/mi
  • DC fast only · 43¢/kWh$23222.8¢/mi

$1,830 / year

at 12,000 mi, home charging

Break-even

fast charging under 48¢/kWh

Shorter bars cost less. Gas: EIA US weekly average; power: EIA residential average and PlugLog's real DC fast prices.

Only drives from drivers who chose to share their efficiency data, with no names or locations. Efficiency is distance ÷ the energy each battery reported using, net of regen. Real-world range is the usable battery, measured from shared drives (or estimated from the EPA figures), × the real efficiency, at the drives' average speed (weighted by distance, like the efficiency). EPA ratings include charging losses, so vs EPA compares at the battery. How it's measured

Questions

What is the real-world efficiency of the 2026 Chevrolet Silverado EV Trail Boss (Max Range)?
Across 74 real drives by 1 PlugLog driver (1,017 miles), the 2026 Chevrolet Silverado EV Trail Boss (Max Range) averaged 2.04 mi/kWh, 14% below its EPA rating. That's the energy its battery actually used, net of regen, not a lab test.
What is the real-world range of the 2026 Chevrolet Silverado EV Trail Boss (Max Range)?
About 411 miles on a full charge: its usable battery (about 201 kWh) at the 2.04 mi/kWh it averaged, at an average 49 mph. The EPA rates it at 493 miles.
How much range does the 2026 Chevrolet Silverado EV Trail Boss (Max Range) lose in cold weather?
Between 32°F and 50°F it averaged 2.10 mi/kWh, against 1.96 mi/kWh at 68–86°F: no less range in the cold, about 423 miles on a full charge.

Compare it

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How it's measured

Real drives, straight from the battery.

EPA ratings come from a lab cycle. These come from the road: every drive shared by a PlugLog driver, recorded by the car itself.

Measured, not estimated

The PlugLog car app reads your battery's power many times a minute and checks it against the battery level. Efficiency is distance over the energy actually used, net of regen.

Shared on purpose

Drives count only if their driver shares their efficiency and charging data, and then all of them do, so no one picks their best. No names, no routes, no locations: just how the EV did.

Every condition

Cold mornings, highway runs, short hops. Filter by the weather, speed and trip length to see the numbers that match how you'd drive.

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The PlugLog dashboard: average efficiency, energy added, charging spend, cost per mile and efficiency by drive
01

Your EV's dashboard

Your own efficiency, energy added, charging spend and cost per mile, drive by drive.

PlugLog navigating in the car: the next turn, a trip card with its charging stops, and live speed, battery and this drive's efficiency
02

Live in your car

On Android Automotive, PlugLog navigates, plans your charging stops, and records every drive and charge on its own, with this drive's efficiency on the map.

A drive's page: efficiency, distance, energy used, route and battery power through the drive
03

Every drive, second by second

Where the energy went, driving, regen and stopped, with the route, speed and battery level.

The Garage: each vehicle's real efficiency beside its EPA rating
04

You vs the EPA rating

See how your EV compares with its rating, and share your drives to add to the numbers above.

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