Manufacturer's Suggested Retail Price (MSRP), also known as "sticker" price, is a recommended selling price that automakers give a new car that is above the invoice price paid by the dealer. It is a price that does not include any options that can be added to a particular car style. When shown as a range, the prices are starting MSRPs, without options, for multiple styles for that model.
This price range reflects the Kelley Blue Book Suggested Retail value for all trim levels, but not necessarily all available options.
The Kelley Blue Book Suggested Retail value represents the amount an auto dealer might ask for a specific vehicle; the actual sale price will vary. A vehicle's popularity, condition, warranty, color and local market conditions are factors involved in determining a final price. The retail value is not a trade-in or private party value.
The Suggested Retail value assumes that the vehicle has been fully reconditioned and has a clean title history. The Suggested Retail value also allows for advertising, sales commissions, insurance and other costs of doing business as a dealer. Most vehicles offered at this price have passed an inspection, and some may carry a warranty. Vehicle mileage is assumed to be normal or below normal.
Best Bets get above-average mpg, class-average or better reliability, class-average or better crash-test ratings, and our recommendation.
Expert Reviews 1 of 2
By Warren Brown
August 1, 1997
SOUTH PADRE ISLAND, Tex.-Electric vehicles could work on this tropical tip of Texas. The year-round temperature is right, averaging about 76 degrees Fahrenheit. Commuting is a cinch -- five miles of road from the top to the bottom of the town proper, and
the island is 2.5 miles across at its widest point. Assuming you had business in Port Isabel, which lies two miles west of the Queen Isabella Causeway, you could make the round trip in an electric vehicle with little or no hassle. Also, the civic
attitude in these parts is perfect for battery-car advocates. Seems as if everyone, from shrimpers to the managers of recreational vehicle parks, is into the environment in a big way. But electric vehicles in the Washington area, where I tested the
1997 Chevrolet S10 Electric pickup? Getoutta here! As presently constituted, electric vehicles are of little use for the long commutes, high speeds, heavy traffic and whimsical weather of a metropolitan environment such as the District and its
suburbs. A week in the S10 Electric proved that much. Background: Electric vehicles aren't new. They were among the first vehicles on the world's roads. But they didn't make it then for the same reason they're having a hard time making it now:
lousy travel range. That is why General Motors is marketing the S10 Electric as a fleet truck to be used on dedicated, short-distance routes. But here's betting that, even in such a limited application, the S10 Electric will find itself parked more
often than conventional, gasoline-powered trucks. It isn't hard to figure why. With its advanced lead-acid battery pack, the S10 Electric is designed to run at least 50 miles between charges at a constant speed of 45 miles per hour, carrying two
occupants weighing a total of 322 pounds. But it takes little to upset the S10 Electric's range calculation, as demonstrated by three trips between Arlington and the District, including one uninterrupted 18-mile round trip and two more nine-mile
commutes at the beginning and end of a business day. The round-trip run was at midnight -- mild temperatures, light traffic -- at speeds ranging from 20 miles per hour to 55 mph. The result:53 percent of the S10 Electric's battery power was
discharged. The first nine-mile, workday commute was in morning rush hour -- temperature in the mid-eighties, heavy traffic, lots of stop-and-go -- with a speed range matching the midnight run. Result: Nearly 65 percent of S10 Electric's battery power
discharged. The second nine-mile commute the same day in lighter, late-evening traffic and mild temperatures nearly wiped out what was left of the battery charge. The midnight run included one 180-pound occupant and another weighing 110 pounds. The
business day commutes involved only the 180-pound driver and an 11-pound briefcase. None of the commutes involved the use of the S10 Electric's available sound system or air conditioner. The S10 Electric is equipped with Delphi
Energy Systems' 85-kilowatt, three-phase, liquid-cooled AC (alternating current) motor, which produces the gasoline engine equivalent of 114 horsepower. Using Delphi's Magne Charge inductive charging system, the motor's batteries can be recharged in 2.5
hours (going from a 15 percent to a 95 percent state of charge) at 70 degrees Fahrenheit. The Delphi charging system is remarkably fast, as electric vehicle charging systems go. But the S10 Electric's travel range will do little to move this truck
from heavily subsidized fleet sales to retail marketplaces in the urban Northeast and Midwest. 1997 Chevrolet S10 Electric Pickup Complaint: Travel range that can vary widely with temperature and traffic levels; a real-world drive to work can
drain the battery in a big hurry, even without running the air conditioner or using the radio. Praise: Electric vehicles have a real market opportunity in places such as Texas's South Padre Island. Electric-powered bikes, scoote
rs and two-seaters already are being used as getaway vehicles in a variety of recreational vehicle parks. People want them here and in other leisure environments. Head-turning quotient: Zip. Ride, acceleration and handling: Bad ride. Battery
weight on light suspension makes the truck bounce and bottom like crazy on bumpy streets. Acceleration is 0 mph to 60 mph in 13.5 seconds -- something akin to eternity in auto speed terms. Handling is affected by an overloaded, squiggly feeling, largely
because of the weight of the underbody batteries. Braking is nothing to cheer -- 182.2 feet from 60 mph to 0 mph ondry roads; substantially longer on wet roads and in panic braking. Price: A regular, base S10 pickup will run about $12,000. The
electric version costs about $20,000, not including the cost of the Magne Charge inductive charging system, which runs about $2,100. Purse-strings note: It's gasoline, until somebody comes up with a battery-powered vehicle that offers comparable
range, speed, reliability and utility at a gasoline-powered price.