Silverado EV: first 1,000 miles reveal robust range and impressively fast charging

Analysis of the first 1,000 miles of the Silverado EV LT with ~170 kWh, real-world range, space for the family, and DCFC charging tests.

At the end of January, I purchased a Silverado EV, opting for the LT version with the approximately 170 kWh package instead of the top-tier RST model. In my towing tests, at 4°C (40°F), it pulled my 24-foot travel trailer for at least 150 miles, suggesting around 170–180 miles in better conditions.

To keep the focus on daily use, I set aside the Route 66 trip that is still weeks away and focused on performance without extra load.

Real-world range and charging away from home

With over 400 miles of range, regional trips over 100 miles from home did not make me worry about needing to charge away from my home outlet.

To test DCFC charging, I drained the vehicle down to just under 10% and drove to a charger about 40 miles away.

Yes, it does everything a pickup needs

The idea that pickups are only for basic tasks does not apply here. The Silverado EV has a bed, space for household items, and offers the driving feel of a modern vehicle.

An important differentiator is the 120 and 240-volt outlets on the body, which allow powering tools, lighting, and even the air conditioning of a trailer during a stop. Keeping the vehicle on all day consumed only about 5% of the battery.

The family space is real

After years with kids in smaller models, the Silverado EV delivers a roomier interior. The rear offers comfortable adult seats, with generous legroom and space for backpacks. Two occupants still benefit from heated seats.

Technically, the cabin gained this extra space by shortening the hood, which improves frontal visibility without looking awkward. In practical terms, it is subtle, but it makes a difference in daily use.

Charging tests: what I learned

Two weeks into ownership, I let the vehicle run without a load for a few days, then set off for a full day of driving to evaluate the DCFC. At a warmed-up station, it reached 256 kW, which is fast and superior to many EVs I have driven.

On another itinerary, I used my adapter for Tesla stations and, without pre-conditioning, reached about 130 kW of power; GM cars usually get close to 180 kW on high-voltage 800 V chargers, but the essential point is that the charging system works well and meets my needs for the upcoming trip.

In summary, charging works well in the Silverado EV, which gives me confidence for my planned Route 66 trip and, who knows, a coast-to-coast run with a trailer.

Conclusion

The first 1,000 miles showed that the Silverado EV LT offers real-world range, practical utility (including outlets in the bed), and a competitive charging experience for those planning long trips with a trailer. And you, which aspect of the Silverado EV would you prioritize: long-range autonomy or faster charging? Share your opinion in the comments.