9:24The History of IndyCar Series
American open-wheel racing across ovals, streets and road courses.
IndyCar
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1911 Indianapolis 500: The Story Behind the Race
IndyCar17:001911
REVD summary
Ray Harroun wins the first 500-mile race at the Brickyard. Indianapolis Motor Speedway, USA REVD adds historical context, engineering explanation and the connections that lead you onward — editorial summary, separate from verified structured data.
Indianapolis 500
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All9:2411:58The History of Indianapolis 500
The greatest spectacle in racing: 500 miles at the Brickyard.
IndyCar
7:351965 Indianapolis 500: The Story Behind the Race
Jim Clark's rear-engined Lotus ends the roadster era. Indianapolis Motor Speedway, USA
IndyCar
14:111911 Indianapolis 500 — Full Highlights
Ray Harroun wins the first 500-mile race at the Brickyard. Indianapolis Motor Speedway, USA
IndyCar
30:091965 Indianapolis 500 — Full Highlights
Jim Clark's rear-engined Lotus ends the roadster era. Indianapolis Motor Speedway, USA
IndyCar
16:22Greatest Moments in IndyCar Series
American open-wheel racing across ovals, streets and road courses.
IndyCar
20:51Greatest Moments in Indianapolis 500
The greatest spectacle in racing: 500 miles at the Brickyard.
IndyCar
22:02Indianapolis 500 Explained: Rules, Cars and Craft
The greatest spectacle in racing: 500 miles at the Brickyard.
IndyCar
21:27IndyCar Series Explained: Rules, Cars and Craft
American open-wheel racing across ovals, streets and road courses.
IndyCar
30:331911 Indianapolis 500 — Archive Footage
Ray Harroun wins the first 500-mile race at the Brickyard. Indianapolis Motor Speedway, USA
IndyCar
9:311965 Indianapolis 500 — Archive Footage
Jim Clark's rear-engined Lotus ends the roadster era. Indianapolis Motor Speedway, USA
IndyCar
The 1910s
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33:441966 24 Hours of Le Mans — Full Highlights
Ford's 1-2-3 finish and the staged photo finish controversy. Circuit de la Sarthe, France
Le Mans
23:07Inside the Ferrari F40: Twin-Turbo V8 Explained
A technical breakdown of the Ferrari F40 powertrain, chassis and design decisions.
Supercars
17:16Inside the Ferrari 250 GTO: Colombo V12 Explained
A technical breakdown of the Ferrari 250 GTO powertrain, chassis and design decisions.
Racing
17:04Inside the Porsche 911 (901): Flat-Six Explained
A technical breakdown of the Porsche 911 (901) powertrain, chassis and design decisions.
Sports Cars
18:45Inside the Ford GT40: V8 Explained
A technical breakdown of the Ford GT40 powertrain, chassis and design decisions.
Racing
26:29Inside the McLaren F1: BMW V12 Explained
A technical breakdown of the McLaren F1 powertrain, chassis and design decisions.
Hypercars
27:03Inside the Porsche 917: Flat-12 Explained
A technical breakdown of the Porsche 917 powertrain, chassis and design decisions.
Racing
30:35Inside the Lamborghini Miura: Transverse V12 Explained
A technical breakdown of the Lamborghini Miura powertrain, chassis and design decisions.
Supercars
20:11Electric Hypercars, Explained
A grounded look at electric hypercars and what it means for performance, engineering and ownership.
Hypercar Technology
21:01Inside the McLaren MP4/4: Honda V6 Turbo Explained
A technical breakdown of the McLaren MP4/4 powertrain, chassis and design decisions.
Racing
18:11Battery Chemistry, Explained
A grounded look at battery chemistry and what it means for performance, engineering and ownership.
Battery Technology
10:59LFP versus NMC Cells, Explained
A grounded look at lfp versus nmc cells and what it means for performance, engineering and ownership.
Battery Technology
12:35LFP versus NMC Cells: Where It Goes Next
A grounded look at lfp versus nmc cells and what it means for performance, engineering and ownership.
Battery Technology
12:11800V Systems: Where It Goes Next
A grounded look at 800v systems and what it means for performance, engineering and ownership.
Charging
19:11Vehicle-to-Grid, Explained
A grounded look at vehicle-to-grid and what it means for performance, engineering and ownership.
Mobility
14:23Regenerative Braking, Explained
A grounded look at regenerative braking and what it means for performance, engineering and ownership.
Electric Motors