REVD
Future
REVD Pillar

Future

The technology. The innovation. The next chapter.

Electric VehiclesElectric PerformanceBattery TechnologySolid-State BatteriesElectric MotorsChargingAutonomous DrivingADASAI + AutomotiveSoftware-Defined VehiclesFuture MotorsportConcept CarsHypercar TechnologyHydrogenAlternative FuelsManufacturingRoboticsMobilityFuture Materials

Essential Viewing

All
Electric Hypercars, Explained
20:11

Electric Hypercars, Explained

A grounded look at electric hypercars and what it means for performance, engineering and ownership.

Hypercar Technology
Battery Chemistry, Explained
18:11

Battery Chemistry, Explained

A grounded look at battery chemistry and what it means for performance, engineering and ownership.

Battery Technology
LFP versus NMC Cells, Explained
10:59

LFP versus NMC Cells, Explained

A grounded look at lfp versus nmc cells and what it means for performance, engineering and ownership.

Battery Technology
LFP versus NMC Cells: Where It Goes Next
12:35

LFP 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
800V Systems: Where It Goes Next
12:11

800V Systems: Where It Goes Next

A grounded look at 800v systems and what it means for performance, engineering and ownership.

Charging
Vehicle-to-Grid, Explained
19:11

Vehicle-to-Grid, Explained

A grounded look at vehicle-to-grid and what it means for performance, engineering and ownership.

Mobility
Regenerative Braking, Explained
14:23

Regenerative Braking, Explained

A grounded look at regenerative braking and what it means for performance, engineering and ownership.

Electric Motors
Torque Vectoring: Where It Goes Next
23:59

Torque Vectoring: Where It Goes Next

A grounded look at torque vectoring and what it means for performance, engineering and ownership.

Electric Performance
Gigacasting, Explained
22:11

Gigacasting, Explained

A grounded look at gigacasting and what it means for performance, engineering and ownership.

Manufacturing
Rimac Technology: Where It Goes Next
12:46

Rimac Technology: Where It Goes Next

A grounded look at rimac technology and what it means for performance, engineering and ownership.

Electric Performance
Battery Recycling: Where It Goes Next
13:46

Battery Recycling: Where It Goes Next

A grounded look at battery recycling and what it means for performance, engineering and ownership.

Battery Technology
Electric Motor Design: Where It Goes Next
21:58

Electric Motor Design: Where It Goes Next

A grounded look at electric motor design and what it means for performance, engineering and ownership.

Electric Motors
Battery Thermal Management, Explained
21:46

Battery Thermal Management, Explained

A grounded look at battery thermal management and what it means for performance, engineering and ownership.

Battery Technology
Battery Thermal Management: Where It Goes Next
16:46

Battery Thermal Management: Where It Goes Next

A grounded look at battery thermal management and what it means for performance, engineering and ownership.

Battery Technology
Heat Pumps in EVs, Explained
17:10

Heat Pumps in EVs, Explained

A grounded look at heat pumps in evs and what it means for performance, engineering and ownership.

Electric Vehicles
Concept Car Development, Explained
27:58

Concept Car Development, Explained

A grounded look at concept car development and what it means for performance, engineering and ownership.

Concept Cars
800V Systems, Explained
11:45

800V Systems, Explained

A grounded look at 800v systems and what it means for performance, engineering and ownership.

Charging
Wireless Charging: Where It Goes Next
26:45

Wireless Charging: Where It Goes Next

A grounded look at wireless charging and what it means for performance, engineering and ownership.

Charging

Electric Vehicles

All
Heat Pumps in EVs, Explained
17:10

Heat Pumps in EVs, Explained

A grounded look at heat pumps in evs and what it means for performance, engineering and ownership.

Electric Vehicles
Tesla Engineering, Explained
13:55

Tesla Engineering, Explained

A grounded look at tesla engineering and what it means for performance, engineering and ownership.

Electric Vehicles
Rivian Platform Engineering, Explained
26:05

Rivian Platform Engineering, Explained

A grounded look at rivian platform engineering and what it means for performance, engineering and ownership.

Electric Vehicles
Heat Pumps in EVs: Where It Goes Next
21:40

Heat Pumps in EVs: Where It Goes Next

A grounded look at heat pumps in evs and what it means for performance, engineering and ownership.

Electric Vehicles
Tesla Engineering: Where It Goes Next
10:15

Tesla Engineering: Where It Goes Next

A grounded look at tesla engineering and what it means for performance, engineering and ownership.

Electric Vehicles
Rivian Platform Engineering: Where It Goes Next
24:38

Rivian Platform Engineering: Where It Goes Next

A grounded look at rivian platform engineering and what it means for performance, engineering and ownership.

Electric Vehicles

Electric Performance

All
Torque Vectoring: Where It Goes Next
23:59

Torque Vectoring: Where It Goes Next

A grounded look at torque vectoring and what it means for performance, engineering and ownership.

Electric Performance
Rimac Technology: Where It Goes Next
12:46

Rimac Technology: Where It Goes Next

A grounded look at rimac technology and what it means for performance, engineering and ownership.

Electric Performance
How Electric Motors Actually Works
23:19

How Electric Motors Actually Works

Torque from zero rpm and packaging freedom.

Electric Performance
Hybrid Powertrains, Explained
16:17

Hybrid Powertrains, Explained

Electric assistance for efficiency and instant torque fill.

Electric Performance
How Hybrid Powertrains Actually Works
16:13

How Hybrid Powertrains Actually Works

Electric assistance for efficiency and instant torque fill.

Electric Performance
The Future of Hybrid Powertrains
24:00

The Future of Hybrid Powertrains

Electric assistance for efficiency and instant torque fill.

Electric Performance
Electric Motors, Explained
17:56

Electric Motors, Explained

Torque from zero rpm and packaging freedom.

Electric Performance
The Future of Solid-State Batteries
10:32

The Future of Solid-State Batteries

The energy-density leap the industry is chasing.

Electric Performance
How Solid-State Batteries Actually Works
24:20

How Solid-State Batteries Actually Works

The energy-density leap the industry is chasing.

Electric Performance
Solid-State Batteries, Explained
16:16

Solid-State Batteries, Explained

The energy-density leap the industry is chasing.

Electric Performance
The Future of Battery Chemistry
17:14

The Future of Battery Chemistry

Cell chemistry decides range, power and longevity.

Electric Performance
How Battery Chemistry Actually Works
23:07

How Battery Chemistry Actually Works

Cell chemistry decides range, power and longevity.

Electric Performance
Battery Chemistry, Explained
19:50

Battery Chemistry, Explained

Cell chemistry decides range, power and longevity.

Electric Performance
The Future of Electric Motors
12:52

The Future of Electric Motors

Torque from zero rpm and packaging freedom.

Electric Performance
Rimac Nevera: The Complete Story
13:39

Rimac Nevera: The Complete Story

Origins, development and legacy of the Rimac Nevera. 1,914 hp and torque vectoring beyond mechanical limits.

Electric Performance
Porsche Taycan Turbo S: The Complete Story
12:57

Porsche Taycan Turbo S: The Complete Story

Origins, development and legacy of the Porsche Taycan Turbo S. 800V architecture and repeatable performance.

Electric Performance
Lucid Powertrain Efficiency: Where It Goes Next
23:43

Lucid Powertrain Efficiency: Where It Goes Next

A grounded look at lucid powertrain efficiency and what it means for performance, engineering and ownership.

Electric Performance
Inside the Rimac Nevera: Quad-Motor Electric Explained
28:51

Inside the Rimac Nevera: Quad-Motor Electric Explained

A technical breakdown of the Rimac Nevera powertrain, chassis and design decisions.

Electric Performance

Battery Technology

All
Battery Chemistry, Explained
18:11

Battery Chemistry, Explained

A grounded look at battery chemistry and what it means for performance, engineering and ownership.

Battery Technology
LFP versus NMC Cells, Explained
10:59

LFP versus NMC Cells, Explained

A grounded look at lfp versus nmc cells and what it means for performance, engineering and ownership.

Battery Technology
LFP versus NMC Cells: Where It Goes Next
12:35

LFP 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
Battery Recycling: Where It Goes Next
13:46

Battery Recycling: Where It Goes Next

A grounded look at battery recycling and what it means for performance, engineering and ownership.

Battery Technology
Battery Thermal Management, Explained
21:46

Battery Thermal Management, Explained

A grounded look at battery thermal management and what it means for performance, engineering and ownership.

Battery Technology
Battery Thermal Management: Where It Goes Next
16:46

Battery Thermal Management: Where It Goes Next

A grounded look at battery thermal management and what it means for performance, engineering and ownership.

Battery Technology
Battery Recycling, Explained
15:19

Battery Recycling, Explained

A grounded look at battery recycling and what it means for performance, engineering and ownership.

Battery Technology
Silicon Anode Cells: Where It Goes Next
24:15

Silicon Anode Cells: Where It Goes Next

A grounded look at silicon anode cells and what it means for performance, engineering and ownership.

Battery Technology
Battery Chemistry: Where It Goes Next
11:14

Battery Chemistry: Where It Goes Next

A grounded look at battery chemistry and what it means for performance, engineering and ownership.

Battery Technology
Silicon Anode Cells, Explained
16:38

Silicon Anode Cells, Explained

A grounded look at silicon anode cells and what it means for performance, engineering and ownership.

Battery Technology

Solid-State Batteries

All
Solid-State Batteries, Explained
26:29

Solid-State Batteries, Explained

A grounded look at solid-state batteries and what it means for performance, engineering and ownership.

Solid-State Batteries
Solid-State Batteries: Where It Goes Next
24:53

Solid-State Batteries: Where It Goes Next

A grounded look at solid-state batteries and what it means for performance, engineering and ownership.

Solid-State Batteries

Electric Motors

All
Regenerative Braking, Explained
14:23

Regenerative Braking, Explained

A grounded look at regenerative braking and what it means for performance, engineering and ownership.

Electric Motors
Electric Motor Design: Where It Goes Next
21:58

Electric Motor Design: Where It Goes Next

A grounded look at electric motor design and what it means for performance, engineering and ownership.

Electric Motors
Electric Motor Design, Explained
10:44

Electric Motor Design, Explained

A grounded look at electric motor design and what it means for performance, engineering and ownership.

Electric Motors
Axial Flux Motors: Where It Goes Next
15:20

Axial Flux Motors: Where It Goes Next

A grounded look at axial flux motors and what it means for performance, engineering and ownership.

Electric Motors
Axial Flux Motors, Explained
13:54

Axial Flux Motors, Explained

A grounded look at axial flux motors and what it means for performance, engineering and ownership.

Electric Motors
Regenerative Braking: Where It Goes Next
22:38

Regenerative Braking: Where It Goes Next

A grounded look at regenerative braking and what it means for performance, engineering and ownership.

Electric Motors

Charging

All
800V Systems: Where It Goes Next
12:11

800V Systems: Where It Goes Next

A grounded look at 800v systems and what it means for performance, engineering and ownership.

Charging
800V Systems, Explained
11:45

800V Systems, Explained

A grounded look at 800v systems and what it means for performance, engineering and ownership.

Charging
Wireless Charging: Where It Goes Next
26:45

Wireless Charging: Where It Goes Next

A grounded look at wireless charging and what it means for performance, engineering and ownership.

Charging
Charging Architecture, Explained
8:14

Charging Architecture, Explained

A grounded look at charging architecture and what it means for performance, engineering and ownership.

Charging
Charging Architecture: Where It Goes Next
11:13

Charging Architecture: Where It Goes Next

A grounded look at charging architecture and what it means for performance, engineering and ownership.

Charging
Wireless Charging, Explained
21:24

Wireless Charging, Explained

A grounded look at wireless charging and what it means for performance, engineering and ownership.

Charging

Newly Added

All
Tesla Engineering: Where It Goes Next
10:15

Tesla Engineering: Where It Goes Next

A grounded look at tesla engineering and what it means for performance, engineering and ownership.

Electric Vehicles
Rivian Platform Engineering, Explained
26:05

Rivian Platform Engineering, Explained

A grounded look at rivian platform engineering and what it means for performance, engineering and ownership.

Electric Vehicles
Rivian Platform Engineering: Where It Goes Next
24:38

Rivian Platform Engineering: Where It Goes Next

A grounded look at rivian platform engineering and what it means for performance, engineering and ownership.

Electric Vehicles
Lucid Powertrain Efficiency, Explained
21:52

Lucid Powertrain Efficiency, Explained

A grounded look at lucid powertrain efficiency and what it means for performance, engineering and ownership.

Electric Performance
Lucid Powertrain Efficiency: Where It Goes Next
23:43

Lucid Powertrain Efficiency: Where It Goes Next

A grounded look at lucid powertrain efficiency and what it means for performance, engineering and ownership.

Electric Performance
Rimac Technology, Explained
17:24

Rimac Technology, Explained

A grounded look at rimac technology and what it means for performance, engineering and ownership.

Electric Performance
Rimac Technology: Where It Goes Next
12:46

Rimac Technology: Where It Goes Next

A grounded look at rimac technology and what it means for performance, engineering and ownership.

Electric Performance
Porsche Taycan Architecture, Explained
14:29

Porsche Taycan Architecture, Explained

A grounded look at porsche taycan architecture and what it means for performance, engineering and ownership.

Electric Performance
Porsche Taycan Architecture: Where It Goes Next
27:50

Porsche Taycan Architecture: Where It Goes Next

A grounded look at porsche taycan architecture and what it means for performance, engineering and ownership.

Electric Performance
Electric Hypercars, Explained
20:11

Electric Hypercars, Explained

A grounded look at electric hypercars and what it means for performance, engineering and ownership.

Hypercar Technology
Electric Hypercars: Where It Goes Next
19:29

Electric Hypercars: Where It Goes Next

A grounded look at electric hypercars and what it means for performance, engineering and ownership.

Hypercar Technology
Electric Racing, Explained
12:43

Electric Racing, Explained

A grounded look at electric racing and what it means for performance, engineering and ownership.

Future Motorsport
Electric Racing: Where It Goes Next
8:24

Electric Racing: Where It Goes Next

A grounded look at electric racing and what it means for performance, engineering and ownership.

Future Motorsport
Formula E Technology, Explained
10:49

Formula E Technology, Explained

A grounded look at formula e technology and what it means for performance, engineering and ownership.

Future Motorsport
Formula E Technology: Where It Goes Next
17:29

Formula E Technology: Where It Goes Next

A grounded look at formula e technology and what it means for performance, engineering and ownership.

Future Motorsport
Battery Chemistry, Explained
18:11

Battery Chemistry, Explained

A grounded look at battery chemistry and what it means for performance, engineering and ownership.

Battery Technology
Battery Chemistry: Where It Goes Next
11:14

Battery Chemistry: Where It Goes Next

A grounded look at battery chemistry and what it means for performance, engineering and ownership.

Battery Technology
Solid-State Batteries, Explained
26:29

Solid-State Batteries, Explained

A grounded look at solid-state batteries and what it means for performance, engineering and ownership.

Solid-State Batteries
Keep exploring

There is always another path

Electric. Autonomous. AI. Future racing. Next-gen mobility.

Take me deeper
REVD

Everything that moves us.

Cars. Racing. Motorcycles. Machines. Engineering. Gear. Technology. History. The future.

Pillars

Your REVD

Legal

REVD curates and contextualises publicly available media. All video content remains the property of its respective rights holders and plays through official embedded players.