Before the Tesla Model S ever reached dealerships, there was the Roadster — unveiled at a private, invitation-only event in a Santa Monica hangar in 2006 and eventually delivered to 2,418 owners across 31 countries. By 2013, Tesla’s Model S sedan could hit 60 mph in 4.4 seconds, seat seven passengers, and still return real-world usability that undercut the Roadster’s price by tens of thousands of dollars. Read on for the full numbers behind Tesla’s first decade of building genuinely quick electric cars.
Three hundred fifty invitations went out for a by-invitation-only unveiling behind closed doors at a Santa Monica airport hangar in the summer of 2006, and almost nobody outside that room believed what they saw would matter. An electric car that could out-accelerate plenty of gasoline muscle cars off the line wasn’t just a novelty piece — it was a serious argument that the definition of “muscle car” itself might need updating. Less than a decade later, that same company had moved from hand-building a few hundred sports cars a year to selling a genuinely quick electric luxury sedan capable of embarrassing cars several times its price, and the numbers behind both machines are worth putting side by side.
Can an Electric Car Even Be a Muscle Car?
It’s a fair question, and the 2013 Tesla Model S made a genuinely compelling case for “yes.” In its most powerful configuration, the car produced 416 horsepower and 443 lb-ft of torque, enough to run 0-60 mph in 4.4 seconds — figures that would have been perfectly respectable coming out of a big-block V8 a generation earlier. The lesser-powered version, still paired with the same 85 kWh battery pack, made 362 horsepower and 325 lb-ft, reaching 60 mph in a still-brisk 5.6 seconds. No exhaust note, no shifting, no warm-up required — just immediate torque delivered the moment the accelerator moved. That combination of instant torque and total silence made the Model S feel almost unnervingly fast to drivers used to waiting on an engine to build boost or rev up.
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Three Battery Packs, Three Very Different Cars
Tesla offered the Model S with three distinct battery and power combinations, mirroring the way traditional automakers split engine displacement across a model lineup. The entry-level car carried a 40 kWh pack good for roughly 160 miles of range between charges, while stepping up to the 60 kWh pack extended that to about 230 miles. The earlier, now-discontinued Roadster occupied its own category entirely — lighter, quicker, offering slightly more range, but priced well beyond the sedan, with Tesla already signaling further developments were coming for the lineup beyond what was available in 2013.
What $49,900 Actually Bought
Pricing for 2013 started at $49,900 for the base Model S and climbed to $84,900 for the highest-performance configuration, a figure that came down to that level only after a $7,500 federal tax rebate. Those numbers sound steep until fuel costs enter the equation — running on electricity rather than gasoline effectively zeroed out one of the largest recurring costs of owning a genuinely quick car. The sedan itself could seat up to seven: five in the main cabin plus two rear-facing jump seats suitable for children or extra cargo, with additional storage under the hood, where a conventional engine would normally sit, on top of the battery pack tucked beneath the floor. For 2013, it was a genuinely radical proposition, when most buyers still associated “seven-seat family car” with a minivan rather than a sedan capable of outrunning a muscle car off the line.
A Hangar in Santa Monica, 350 Invitations
Before any of that reached production, there was the Roadster, and its unveiling was deliberately low-key: a private, invitation-only event held behind closed doors in the Barker Hangar at Santa Monica Airport on July 19, 2006, with 350 invitations sent out to attendees. The public didn’t get its first look until the San Francisco Auto Show that November, running from the 18th through the 26th, followed by appearances in Los Angeles, Detroit, and Frankfurt as Tesla built momentum for a car almost nobody in the industry took seriously yet.
From Prototype to 2,418 Cars in Six Years
Elon Musk, the company’s architect and co-founder, took delivery of the first production Roadster in February 2008, with roughly 500 more units built and delivered through June 2009. An upgraded version arrived in July 2009 alongside the start of Roadster Sport production, and right-hand-drive models entered production in 2010. By September 2012, Tesla had delivered a total of 2,418 Roadsters to 31 countries worldwide — a modest number by mainstream automaker standards, but a genuinely significant achievement for a startup building an entirely new kind of performance car from scratch. For a company with no prior track record building automobiles at scale, hitting even that modest delivery number without a major reliability scandal counted as a genuine engineering win. The Sport variant trimmed the 0-60 mph time down to 3.7 seconds, compared to 3.9 seconds for the original.
A World Record Set at 25 mph
The Roadster’s lithium-ion battery pack normally delivered around 200 miles of range per charge, but in 2010 a Roadster set a world record by traveling 311 miles on a single charge in the Australian outback, averaging just 25 mph to stretch every available mile out of the pack. That kind of range-focused driving isn’t how anyone would actually use the car day to day, but it demonstrated the theoretical ceiling of what the battery technology could achieve under ideal conditions — a data point Tesla was happy to publicize as it worked to convince skeptical buyers that range anxiety wasn’t a dealbreaker.
Beating 96 Competitors in Monte Carlo
Later that same year, a Roadster entered the Monte Carlo Alternative Energy Rally, a three-day, 1,000-kilometer (roughly 620-mile) challenge, and beat out 96 competing vehicles to take top honors for range, efficiency, and performance combined. The EPA’s own rating pegged the Roadster’s range at 244 miles per charge with 88% efficiency. In the US, the Roadster carried a base price of $109,000, translating to roughly £86,000, €84,000, or A$191,000 in other markets — though most countries offered some form of tax incentive that softened the final number. Between the Roadster’s motorsport-style credentials and the Model S’s genuine everyday usability, Tesla had built two very different answers to the same underlying question about what a fast car could be.
What Came Next for the Model S
Share your take on whether an EV belongs in the muscle car conversation in the comments below.
The 2013 numbers covered here were just the starting point. Tesla continued pushing the Model S platform hard in the years immediately following, introducing dual-motor all-wheel-drive variants and eventually a ‘Ludicrous’ mode that cut 0-60 times down into supercar territory well below three seconds — performance figures that would have sounded like science fiction to anyone standing in that Santa Monica hangar back in 2006. That rapid pace of iteration became a defining trait of Tesla’s approach to building cars, treating the vehicle itself less like a fixed product and more like a platform capable of meaningful over-the-air performance updates, a philosophy borrowed more from consumer electronics than from a century of traditional automaking.
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An electric car on a muscle car page, really !?!? C’mon son, haha……
Mark-the writings on the wall
This is the future-the electric motor is able to produce more horse power and can have higher torque than any of the internal combustion engines ever made-the fossil fuel engine is in its last days and will soon be a collectors item and a museum piece. Within the next ten years people will be salvaging electric motors and refitting them to their vintage bodies.
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