The new 2017 Land Rover Discovery will be revealed at 7.30pm this evening.
Take a read of our recap of the Discovery's 27-year history here, take a look at our picture gallery from the model's 25th birthday here and find out just why we like the Land Rover stalwart so much here.
The off-road ability of the 2017 Land Rover Discovery was demonstrated in two new videos as part of Land Rover's teaser campaign.
The first shows the car tackling off-road routes at pace, with deep-water wading, steep descents down sand dunes and uneven inclines included in the footage.
The second focuses on the Discovery's ability to function as a family vehicle, and reveals the efforts Land Rover has gone to in the pursuit of practicality.
The car maker has so far confirmed that its 2017 model will have up to nine USB ports and enough secure storage space to hide four iPads, and it'll also use an innovative Intelligent Seat Technology system that allows users to control and fold down seats remotely using a smartphone app.
An earlier teaser image (shown lower down) of the car revealed its full front-end styling, which in true Discovery form, features high ground clearance, an imposing front grille and Range Rover-like styling.
The look marks a considerable departure from more boxy previous generations of the Discovery but closely matches the styling of the Discovery Vision concept of 2014.
Previous Spy images of the Discovery testing have suggested that it could maintain the car’s signature asymmetric boot lid, with the registration plate positioned over to one side of the rear end.
The fifth-generation Discovery is set to use the Land Rover's 2.0-litre Ingenium diesel engine, while petrol and diesel 3.0-litre V6 powerplants are also mooted, stemming from Land Rover's development of modular engine technology.
The seven-seater will also use the Range Rover’s aluminium monocoque, making it considerably lighter than its 2622kg predecessor. It is also expected to be tech-heavy - a projection of what’s underneath the car onto the bonnet is just one such system expected to feature.