Damus
CARSTR profile picture
CARSTR
@carstr

curating car culture.

Relays (12)
  • wss://algo.utxo.one/ – read & write
  • wss://nos.lol/ – read & write
  • wss://nostr.mom – read & write
  • wss://nostr.wine/ – read & write
  • wss://purplepag.es – read & write
  • wss://relay.damus.io – read & write
  • wss://relay.nostrplebs.com/ – read & write
  • wss://relay.primal.net – read & write
  • wss://wot.utxo.one – read & write
  • wss://nostrelites.org – read & write
  • wss://wot.nostr.party – read & write
  • wss://relay.nostr.band – read & write

Recent Notes

CARSTR profile picture
On their wedding day, a couple took a photo with a Honda NSX that didn’t belong to them. Three decades later, still together, they recreated the same shot, this time with an NSX they can call their own.

CARSTR profile picture
The Alfa Romeo 164 ProCar was one of the most unusual racing experiments of the late 1980s. Although it looked like a modified version of the road-going Alfa Romeo 164 sedan, the car was actually a full racing prototype built for a proposed ProCar championship that aimed to combine production car silhouettes with Formula 1-level technology. Beneath the body sat a carbon-composite monocoque chassis developed with input from Brabham and Dallara, along with push-rod suspension and other hardware normally found in single-seaters.

Power came from Alfa Romeo’s 3.5-liter naturally aspirated V10 known as the Tipo 1035, an engine originally created for the brand’s Formula 1 program. Mounted in a mid-engine layout behind the driver, it produced around 600 horsepower and revved past 12,000 rpm while pushing a car that weighed roughly 750 kg. The ProCar series never materialized, leaving the project as a rare prototype that briefly appeared during the 1988 Italian Grand Prix weekend at Autodromo Nazionale Monza, where it was demonstrated by Formula 1 driver Riccardo Patrese.

CARSTR profile picture
The Sauber C11 was a dominant Group C endurance racer built by Sauber Motorsport with factory support from Mercedes-Benz. Introduced for the 1990 season of the World Sportscar Championship, it used a twin-turbocharged 5.0-liter Mercedes M119 V8 producing around 700 horsepower in race trim. The carbon-fiber prototype was extremely efficient aerodynamically and brutally fast on long straights, helping Sauber-Mercedes win the 1990 teams’ championship while drivers Jean-Louis Schlesser and Mauro Baldi secured the drivers’ title. It remains one of the most successful and recognizable late-era Group C machines, bridging the gap before Mercedes moved fully into Formula One in the early 1990s.

CARSTR profile picture
The Volkswagen W12 Nardo was the final evolution of Volkswagen’s late-1990s W12 supercar concept series, following the W12 Syncro and W12 Roadster. Unveiled at the 2001 Tokyo Motor Show, it was powered by a 6.0-liter naturally aspirated W12 producing 591 horsepower and 458 lb-ft of torque. The car used a lightweight mid-engine, rear-wheel-drive layout with active aerodynamics, allowing a 0–60 mph time of around 3.5 seconds and a top speed of roughly 217 mph.

The name comes from the Nardò Ring test track in Italy, where the car set multiple 24-hour endurance records, averaging more than 200 mph over nearly 4,800 miles. Although it never reached production, the W12 Nardo played an important role in developing the Volkswagen Group’s W-engine technology later used in Bentley and Bugatti models.

CARSTR profile picture
Probably the greatest cockpit of all time: BMW E34 Alpina B10 🛸

To build the B10 Bi-Turbo, Alpina dismantled a BMW M30 engine, replaced the stock pistons with forged units, installed two Garrett T25 water-cooled turbochargers, and added a Bosch variable boost control with a range of 0.4-0.8 bar, adjustable from the driver’s seat.

Additional modifications helped raise the horsepower of the standard M30 engine from 211
HP to a staggering 360 HP. Alpina stated a 0-100 kph (62 mph) acceleration time of 5.6 seconds and a top speed of over 290 kph (180 mph)

CARSTR profile picture
The Futuristic Mercedes CLK GTR!

The CLK GTR is a stunning homologation car built in order to compete in the FIA GT1 class.

CARSTR profile picture
There are drivers who win championships.
And then there is Ayrton Senna.

He didn’t merely compete in Formula 1 — he reshaped its emotional intensity. Each qualifying lap felt deliberate. Every race start carried tension. For him, driving wasn’t spectacle; it was the relentless pursuit of precision.

In the rain — when machinery becomes vulnerable and true ability is exposed — Senna separated himself from the field. Estoril. Monaco. Suzuka. As conditions worsened, his focus sharpened. What looked like chaos to others became clarity to him. It was control at its finest margin.

Three World Championships.
41 Grand Prix victories.
65 pole positions — many of them laps that expanded the limits of what seemed possible.

But numbers only tell part of the story.

What made Senna enduring was the visible intent behind the wheel. You could feel the calculation, the commitment, the refusal to accept boundaries set by circumstance or competition. He combined technical brilliance, deep conviction, and an uncompromising competitive drive.

To those who understand motorsport history, Senna represents more than a dominant period. He symbolizes a time before the sport became fully industrialized — when a driver’s hands, instinct, and nerve were unmistakably decisive.

Some legacies are remembered.
His is studied.

CARSTR profile picture
In Tomorrow Never Dies, James Bond drives a long-wheelbase BMW 750iL from the E38 generation. The production used several cars, including specially modified versions for stunt work in the multi-story parking-garage chase, where Bond remotely controls the vehicle from the rear seat using a mobile phone. The standard road-going model, built by BMW, was powered by a 5.4-liter V12 and served as the flagship of the 7 Series lineup at the time.

1❤️2