Lexus UX Subcompact Crossover Revealed!


Lexus has revealed the UX subcompact crossover in advance of the Geneva Motor Show next week — there’s the photo above, and this new video that briefly shows off the interior:

Let’s take a closer look at the interior with two screenshots:

“Lexus

“Lexus

The press release is light on specifics, but does give a sense of the vehicle overall:

These first visuals reveal the UX’s bold and stylish, SUV-inspired design, combining powerful bodywork with a condensed appearance. Its crossover credentials are signalled by its muscular wings and haunches and high beltline, but under the skin an all-new platform gives the UX exceptional body rigidity and a low centre of gravity for the agile handling of a hatchback.

The scene inside the cabin combines a highly focused driver’s cockpit, a wide and inviting passenger space and a commanding view of the road. With its brave design, superior craftsmanship and imaginative technology features, the UX will offer strong appeal as a gateway model to the luxury brand in a dynamic and growing part of the market.

The UX has deviated significantly from the original concept, with an exterior looking like an amalgamation of the IS sedan, CT hatchback, and NX crossover. The interior is also reminiscent of the same vehicles, but with a strong dose of the LS flagship in the arrangement of the center console, the instrument panel, and the Drive Mode Select placement.

Although we’ve now seen the exterior and interior, there’s still plenty of detail left to be revealed. What’s your first impression of the newest Lexus model?

FeaturesLexus UX: First Generation
Comments
Levi
Nice, it is time for TMC to have a new AWD system with torque vectoring rather than wheel braking. But is is only rear axle right-left torque vectoring, or vectoring each wheel individually? This is definitely needed for the new Land Cruiser, the current one not having rear differential lock, and the Prado deactivating front axle traction control when rear diff lock is engaged.

For proper off-roading (does not concern Lexus, but Toyota), I would like them to stick with solid axles and three diff locks (LC 70).
This is specific system for part time awds, like in fwd applications, as in rav4, chr, nx, ux, etc.

It debuts in 10 days in new lexus ux.
Levi
Nice, it is time for TMC to have a new AWD system with torque vectoring rather than wheel braking. But is is only rear axle right-left torque vectoring, or vectoring each wheel individually? This is definitely needed for the new Land Cruiser, the current one not having rear differential lock, and the Prado deactivating front axle traction control when rear diff lock is engaged.

For proper off-roading (does not concern Lexus, but Toyota), I would like them to stick with solid axles and three diff locks (LC 70).
This is specific system for part time awds, like in fwd applications, as in rav4, chr, nx, ux, etc.

It debuts in 10 days in new lexus ux.
Levi
Nice, it is time for TMC to have a new AWD system with torque vectoring rather than wheel braking. But is is only rear axle right-left torque vectoring, or vectoring each wheel individually? This is definitely needed for the new Land Cruiser, the current one not having rear differential lock, and the Prado deactivating front axle traction control when rear diff lock is engaged.

For proper off-roading (does not concern Lexus, but Toyota), I would like them to stick with solid axles and three diff locks (LC 70).
This is specific system for part time awds, like in fwd applications, as in rav4, chr, nx, ux, etc.

It debuts in 10 days in new lexus ux.
Levi
Nice, it is time for TMC to have a new AWD system with torque vectoring rather than wheel braking. But is is only rear axle right-left torque vectoring, or vectoring each wheel individually? This is definitely needed for the new Land Cruiser, the current one not having rear differential lock, and the Prado deactivating front axle traction control when rear diff lock is engaged.

For proper off-roading (does not concern Lexus, but Toyota), I would like them to stick with solid axles and three diff locks (LC 70).
This is specific system for part time awds, like in fwd applications, as in rav4, chr, nx, ux, etc.

It debuts in 10 days in new lexus ux.
I expect to LF-1 to have a similar set up, but reversed as RWD application.
I expect to LF-1 to have a similar set up, but reversed as RWD application.
I expect to LF-1 to have a similar set up, but reversed as RWD application.
I expect to LF-1 to have a similar set up, but reversed as RWD application.
I expect to LF-1 to have a similar set up, but reversed as RWD application.
I expect to LF-1 to have a similar set up, but reversed as RWD application.
I expect to LF-1 to have a similar set up, but reversed as RWD application.
I expect to LF-1 to have a similar set up, but reversed as RWD application.
I expect to LF-1 to have a similar set up, but reversed as RWD application.
Levi
Nice, it is time for TMC to have a new AWD system with torque vectoring rather than wheel braking. But is is only rear axle right-left torque vectoring, or vectoring each wheel individually
Unfortunately this is a brake-based torque vectoring system a.k.a. eLSD. D here stands for "device" instead of a real differential: it's all open diffs. The info is in the video Toyota posted.

eLSD gets the job done in lots of scenarios as demonstrated by Subaru, their eLSD equipped AWD system is no worse than previous mechanical systems. But Subaru's torque vectoring is available for all four wheels so this is actually still inferior. Just like before this is an intentional decision on Toyota's part to improve fuel efficiency at the cost of offroad capabilities, but they made a step forward nonetheless.

Don't worry, the BoFs will keep using the good old manual lockers.
Levi
Nice, it is time for TMC to have a new AWD system with torque vectoring rather than wheel braking. But is is only rear axle right-left torque vectoring, or vectoring each wheel individually
Unfortunately this is a brake-based torque vectoring system a.k.a. eLSD. D here stands for "device" instead of a real differential: it's all open diffs. The info is in the video Toyota posted.

eLSD gets the job done in lots of scenarios as demonstrated by Subaru, their eLSD equipped AWD system is no worse than previous mechanical systems. But Subaru's torque vectoring is available for all four wheels so this is actually still inferior. Just like before this is an intentional decision on Toyota's part to improve fuel efficiency at the cost of offroad capabilities, but they made a step forward nonetheless.

Don't worry, the BoFs will keep using the good old manual lockers.
Levi
Nice, it is time for TMC to have a new AWD system with torque vectoring rather than wheel braking. But is is only rear axle right-left torque vectoring, or vectoring each wheel individually
Unfortunately this is a brake-based torque vectoring system a.k.a. eLSD. D here stands for "device" instead of a real differential: it's all open diffs. The info is in the video Toyota posted.

eLSD gets the job done in lots of scenarios as demonstrated by Subaru, their eLSD equipped AWD system is no worse than previous mechanical systems. But Subaru's torque vectoring is available for all four wheels so this is actually still inferior. Just like before this is an intentional decision on Toyota's part to improve fuel efficiency at the cost of offroad capabilities, but they made a step forward nonetheless.

Don't worry, the BoFs will keep using the good old manual lockers.
Levi
Nice, it is time for TMC to have a new AWD system with torque vectoring rather than wheel braking. But is is only rear axle right-left torque vectoring, or vectoring each wheel individually
Unfortunately this is a brake-based torque vectoring system a.k.a. eLSD. D here stands for "device" instead of a real differential: it's all open diffs. The info is in the video Toyota posted.

eLSD gets the job done in lots of scenarios as demonstrated by Subaru, their eLSD equipped AWD system is no worse than previous mechanical systems. But Subaru's torque vectoring is available for all four wheels so this is actually still inferior. Just like before this is an intentional decision on Toyota's part to improve fuel efficiency at the cost of offroad capabilities, but they made a step forward nonetheless.

Don't worry, the BoFs will keep using the good old manual lockers.
Levi
Nice, it is time for TMC to have a new AWD system with torque vectoring rather than wheel braking. But is is only rear axle right-left torque vectoring, or vectoring each wheel individually
Unfortunately this is a brake-based torque vectoring system a.k.a. eLSD. D here stands for "device" instead of a real differential: it's all open diffs. The info is in the video Toyota posted.

eLSD gets the job done in lots of scenarios as demonstrated by Subaru, their eLSD equipped AWD system is no worse than previous mechanical systems. But Subaru's torque vectoring is available for all four wheels so this is actually still inferior. Just like before this is an intentional decision on Toyota's part to improve fuel efficiency at the cost of offroad capabilities, but they made a step forward nonetheless.

Don't worry, the BoFs will keep using the good old manual lockers.
Levi
Nice, it is time for TMC to have a new AWD system with torque vectoring rather than wheel braking. But is is only rear axle right-left torque vectoring, or vectoring each wheel individually
Unfortunately this is a brake-based torque vectoring system a.k.a. eLSD. D here stands for "device" instead of a real differential: it's all open diffs. The info is in the video Toyota posted.

eLSD gets the job done in lots of scenarios as demonstrated by Subaru, their eLSD equipped AWD system is no worse than previous mechanical systems. But Subaru's torque vectoring is available for all four wheels so this is actually still inferior. Just like before this is an intentional decision on Toyota's part to improve fuel efficiency at the cost of offroad capabilities, but they made a step forward nonetheless.

Don't worry, the BoFs will keep using the good old manual lockers.
Levi
Nice, it is time for TMC to have a new AWD system with torque vectoring rather than wheel braking. But is is only rear axle right-left torque vectoring, or vectoring each wheel individually
Unfortunately this is a brake-based torque vectoring system a.k.a. eLSD. D here stands for "device" instead of a real differential: it's all open diffs. The info is in the video Toyota posted.

eLSD gets the job done in lots of scenarios as demonstrated by Subaru, their eLSD equipped AWD system is no worse than previous mechanical systems. But Subaru's torque vectoring is available for all four wheels so this is actually still inferior. Just like before this is an intentional decision on Toyota's part to improve fuel efficiency at the cost of offroad capabilities, but they made a step forward nonetheless.

Don't worry, the BoFs will keep using the good old manual lockers.
Levi
Nice, it is time for TMC to have a new AWD system with torque vectoring rather than wheel braking. But is is only rear axle right-left torque vectoring, or vectoring each wheel individually
Unfortunately this is a brake-based torque vectoring system a.k.a. eLSD. D here stands for "device" instead of a real differential: it's all open diffs. The info is in the video Toyota posted.

eLSD gets the job done in lots of scenarios as demonstrated by Subaru, their eLSD equipped AWD system is no worse than previous mechanical systems. But Subaru's torque vectoring is available for all four wheels so this is actually still inferior. Just like before this is an intentional decision on Toyota's part to improve fuel efficiency at the cost of offroad capabilities, but they made a step forward nonetheless.

Don't worry, the BoFs will keep using the good old manual lockers.
Levi
Nice, it is time for TMC to have a new AWD system with torque vectoring rather than wheel braking. But is is only rear axle right-left torque vectoring, or vectoring each wheel individually
Unfortunately this is a brake-based torque vectoring system a.k.a. eLSD. D here stands for "device" instead of a real differential: it's all open diffs. The info is in the video Toyota posted.

eLSD gets the job done in lots of scenarios as demonstrated by Subaru, their eLSD equipped AWD system is no worse than previous mechanical systems. But Subaru's torque vectoring is available for all four wheels so this is actually still inferior. Just like before this is an intentional decision on Toyota's part to improve fuel efficiency at the cost of offroad capabilities, but they made a step forward nonetheless.

Don't worry, the BoFs will keep using the good old manual lockers.
ssun30
Unfortunately this is a brake-based torque vectoring system a.k.a. eLSD. D here stands for "device" instead of a real differential: it's all open diffs. The info is in the video Toyota posted.

eLSD gets the job done in lots of scenarios as demonstrated by Subaru, their eLSD equipped AWD system is no worse than previous mechanical systems. But Subaru's torque vectoring is available for all four wheels so this is actually still inferior. Just like before this is an intentional decision on Toyota's part to improve fuel efficiency at the cost of offroad capabilities, but they made a step forward nonetheless.

Don't worry, the BoFs will keep using the good old manual lockers.
It is not just brake based, it has two way clutches on both from and rear driveshafts... so it can actually disconnect the wheel which is obviously way better than just ABS trying to stop it.

If you look at the video, at the end it likely shows CHR vs UX difference, where in CHR (and Rav4), if rear wheel is up, it wont be able to overcome the step.



from the PR:

The new Dynamic Torque Vectoring AWD system is used in gasoline engine vehicles. By adopting a torque vectoring mechanism, which independently distributes torque to the left and right rear wheels according to driving conditions, the Dynamic Torque Vectoring AWD system enables the driver to steer the vehicle exactly as intended. It achieves high off-road performance even on the toughest roads. It also incorporates a disconnect mechanism, which features the world's first ratchet-type dog clutches* on both the front and rear wheel shafts. These clutches stop the drive system rotations, which transmit driving force to rear wheels when in 2WD mode, significantly reducing energy loss and improving fuel efficiency.
View attachment 2750
ssun30
Unfortunately this is a brake-based torque vectoring system a.k.a. eLSD. D here stands for "device" instead of a real differential: it's all open diffs. The info is in the video Toyota posted.

eLSD gets the job done in lots of scenarios as demonstrated by Subaru, their eLSD equipped AWD system is no worse than previous mechanical systems. But Subaru's torque vectoring is available for all four wheels so this is actually still inferior. Just like before this is an intentional decision on Toyota's part to improve fuel efficiency at the cost of offroad capabilities, but they made a step forward nonetheless.

Don't worry, the BoFs will keep using the good old manual lockers.
It is not just brake based, it has two way clutches on both from and rear driveshafts... so it can actually disconnect the wheel which is obviously way better than just ABS trying to stop it.

If you look at the video, at the end it likely shows CHR vs UX difference, where in CHR (and Rav4), if rear wheel is up, it wont be able to overcome the step.



from the PR:

The new Dynamic Torque Vectoring AWD system is used in gasoline engine vehicles. By adopting a torque vectoring mechanism, which independently distributes torque to the left and right rear wheels according to driving conditions, the Dynamic Torque Vectoring AWD system enables the driver to steer the vehicle exactly as intended. It achieves high off-road performance even on the toughest roads. It also incorporates a disconnect mechanism, which features the world's first ratchet-type dog clutches* on both the front and rear wheel shafts. These clutches stop the drive system rotations, which transmit driving force to rear wheels when in 2WD mode, significantly reducing energy loss and improving fuel efficiency.
View attachment 2750
ssun30
Unfortunately this is a brake-based torque vectoring system a.k.a. eLSD. D here stands for "device" instead of a real differential: it's all open diffs. The info is in the video Toyota posted.

eLSD gets the job done in lots of scenarios as demonstrated by Subaru, their eLSD equipped AWD system is no worse than previous mechanical systems. But Subaru's torque vectoring is available for all four wheels so this is actually still inferior. Just like before this is an intentional decision on Toyota's part to improve fuel efficiency at the cost of offroad capabilities, but they made a step forward nonetheless.

Don't worry, the BoFs will keep using the good old manual lockers.
It is not just brake based, it has two way clutches on both from and rear driveshafts... so it can actually disconnect the wheel which is obviously way better than just ABS trying to stop it.

If you look at the video, at the end it likely shows CHR vs UX difference, where in CHR (and Rav4), if rear wheel is up, it wont be able to overcome the step.



from the PR:

The new Dynamic Torque Vectoring AWD system is used in gasoline engine vehicles. By adopting a torque vectoring mechanism, which independently distributes torque to the left and right rear wheels according to driving conditions, the Dynamic Torque Vectoring AWD system enables the driver to steer the vehicle exactly as intended. It achieves high off-road performance even on the toughest roads. It also incorporates a disconnect mechanism, which features the world's first ratchet-type dog clutches* on both the front and rear wheel shafts. These clutches stop the drive system rotations, which transmit driving force to rear wheels when in 2WD mode, significantly reducing energy loss and improving fuel efficiency.
View attachment 2750
ssun30
Unfortunately this is a brake-based torque vectoring system a.k.a. eLSD. D here stands for "device" instead of a real differential: it's all open diffs. The info is in the video Toyota posted.

eLSD gets the job done in lots of scenarios as demonstrated by Subaru, their eLSD equipped AWD system is no worse than previous mechanical systems. But Subaru's torque vectoring is available for all four wheels so this is actually still inferior. Just like before this is an intentional decision on Toyota's part to improve fuel efficiency at the cost of offroad capabilities, but they made a step forward nonetheless.

Don't worry, the BoFs will keep using the good old manual lockers.
It is not just brake based, it has two way clutches on both from and rear driveshafts... so it can actually disconnect the wheel which is obviously way better than just ABS trying to stop it.

If you look at the video, at the end it likely shows CHR vs UX difference, where in CHR (and Rav4), if rear wheel is up, it wont be able to overcome the step.



from the PR:

The new Dynamic Torque Vectoring AWD system is used in gasoline engine vehicles. By adopting a torque vectoring mechanism, which independently distributes torque to the left and right rear wheels according to driving conditions, the Dynamic Torque Vectoring AWD system enables the driver to steer the vehicle exactly as intended. It achieves high off-road performance even on the toughest roads. It also incorporates a disconnect mechanism, which features the world's first ratchet-type dog clutches* on both the front and rear wheel shafts. These clutches stop the drive system rotations, which transmit driving force to rear wheels when in 2WD mode, significantly reducing energy loss and improving fuel efficiency.
View attachment 2750
ssun30
Unfortunately this is a brake-based torque vectoring system a.k.a. eLSD. D here stands for "device" instead of a real differential: it's all open diffs. The info is in the video Toyota posted.

eLSD gets the job done in lots of scenarios as demonstrated by Subaru, their eLSD equipped AWD system is no worse than previous mechanical systems. But Subaru's torque vectoring is available for all four wheels so this is actually still inferior. Just like before this is an intentional decision on Toyota's part to improve fuel efficiency at the cost of offroad capabilities, but they made a step forward nonetheless.

Don't worry, the BoFs will keep using the good old manual lockers.
It is not just brake based, it has two way clutches on both from and rear driveshafts... so it can actually disconnect the wheel which is obviously way better than just ABS trying to stop it.

If you look at the video, at the end it likely shows CHR vs UX difference, where in CHR (and Rav4), if rear wheel is up, it wont be able to overcome the step.



from the PR:

The new Dynamic Torque Vectoring AWD system is used in gasoline engine vehicles. By adopting a torque vectoring mechanism, which independently distributes torque to the left and right rear wheels according to driving conditions, the Dynamic Torque Vectoring AWD system enables the driver to steer the vehicle exactly as intended. It achieves high off-road performance even on the toughest roads. It also incorporates a disconnect mechanism, which features the world's first ratchet-type dog clutches* on both the front and rear wheel shafts. These clutches stop the drive system rotations, which transmit driving force to rear wheels when in 2WD mode, significantly reducing energy loss and improving fuel efficiency.
View attachment 2750
ssun30
Unfortunately this is a brake-based torque vectoring system a.k.a. eLSD. D here stands for "device" instead of a real differential: it's all open diffs. The info is in the video Toyota posted.

eLSD gets the job done in lots of scenarios as demonstrated by Subaru, their eLSD equipped AWD system is no worse than previous mechanical systems. But Subaru's torque vectoring is available for all four wheels so this is actually still inferior. Just like before this is an intentional decision on Toyota's part to improve fuel efficiency at the cost of offroad capabilities, but they made a step forward nonetheless.

Don't worry, the BoFs will keep using the good old manual lockers.
It is not just brake based, it has two way clutches on both from and rear driveshafts... so it can actually disconnect the wheel which is obviously way better than just ABS trying to stop it.

If you look at the video, at the end it likely shows CHR vs UX difference, where in CHR (and Rav4), if rear wheel is up, it wont be able to overcome the step.



from the PR:

The new Dynamic Torque Vectoring AWD system is used in gasoline engine vehicles. By adopting a torque vectoring mechanism, which independently distributes torque to the left and right rear wheels according to driving conditions, the Dynamic Torque Vectoring AWD system enables the driver to steer the vehicle exactly as intended. It achieves high off-road performance even on the toughest roads. It also incorporates a disconnect mechanism, which features the world's first ratchet-type dog clutches* on both the front and rear wheel shafts. These clutches stop the drive system rotations, which transmit driving force to rear wheels when in 2WD mode, significantly reducing energy loss and improving fuel efficiency.
View attachment 2750
ssun30
Unfortunately this is a brake-based torque vectoring system a.k.a. eLSD. D here stands for "device" instead of a real differential: it's all open diffs. The info is in the video Toyota posted.

eLSD gets the job done in lots of scenarios as demonstrated by Subaru, their eLSD equipped AWD system is no worse than previous mechanical systems. But Subaru's torque vectoring is available for all four wheels so this is actually still inferior. Just like before this is an intentional decision on Toyota's part to improve fuel efficiency at the cost of offroad capabilities, but they made a step forward nonetheless.

Don't worry, the BoFs will keep using the good old manual lockers.
It is not just brake based, it has two way clutches on both from and rear driveshafts... so it can actually disconnect the wheel which is obviously way better than just ABS trying to stop it.

If you look at the video, at the end it likely shows CHR vs UX difference, where in CHR (and Rav4), if rear wheel is up, it wont be able to overcome the step.



from the PR:

The new Dynamic Torque Vectoring AWD system is used in gasoline engine vehicles. By adopting a torque vectoring mechanism, which independently distributes torque to the left and right rear wheels according to driving conditions, the Dynamic Torque Vectoring AWD system enables the driver to steer the vehicle exactly as intended. It achieves high off-road performance even on the toughest roads. It also incorporates a disconnect mechanism, which features the world's first ratchet-type dog clutches* on both the front and rear wheel shafts. These clutches stop the drive system rotations, which transmit driving force to rear wheels when in 2WD mode, significantly reducing energy loss and improving fuel efficiency.
View attachment 2750
ssun30
Unfortunately this is a brake-based torque vectoring system a.k.a. eLSD. D here stands for "device" instead of a real differential: it's all open diffs. The info is in the video Toyota posted.

eLSD gets the job done in lots of scenarios as demonstrated by Subaru, their eLSD equipped AWD system is no worse than previous mechanical systems. But Subaru's torque vectoring is available for all four wheels so this is actually still inferior. Just like before this is an intentional decision on Toyota's part to improve fuel efficiency at the cost of offroad capabilities, but they made a step forward nonetheless.

Don't worry, the BoFs will keep using the good old manual lockers.
It is not just brake based, it has two way clutches on both from and rear driveshafts... so it can actually disconnect the wheel which is obviously way better than just ABS trying to stop it.

If you look at the video, at the end it likely shows CHR vs UX difference, where in CHR (and Rav4), if rear wheel is up, it wont be able to overcome the step.



from the PR:

The new Dynamic Torque Vectoring AWD system is used in gasoline engine vehicles. By adopting a torque vectoring mechanism, which independently distributes torque to the left and right rear wheels according to driving conditions, the Dynamic Torque Vectoring AWD system enables the driver to steer the vehicle exactly as intended. It achieves high off-road performance even on the toughest roads. It also incorporates a disconnect mechanism, which features the world's first ratchet-type dog clutches* on both the front and rear wheel shafts. These clutches stop the drive system rotations, which transmit driving force to rear wheels when in 2WD mode, significantly reducing energy loss and improving fuel efficiency.
View attachment 2750

S