Video Gallery

 

Key aspects of the cars include:

 

Performance: Both models are powered by a 3.5-liter supercharged V6 engine producing 430 horsepower. They can go from 0-60 mph in 3.7 seconds and reach top speeds of 190 mph for the GT430 and 196 mph for the GT430 Sport. The cars are currently only available with a manual gearbox.

Lightweight Design: Thanks to advancements in engineering and extensive use of carbon fiber, the Evora GT430 is incredibly light, contributing to…

 

Sainte Devote Corner: A very fast corner, taken in a lower gear at about 90 mph.

Casino Square: Drivers aim to hit the curb tightly, often going a bit broadside into the square.

Downhill stretch: The car becomes very light over the hill, leading to a right-hander.

Station Hairpin: A sharp, short burst in second gear, sometimes requiring a drop to first, where tires can lock up under braking.

 

 

Key topics covered include:

 

Inception and Development: The project, code-named "Eagle," started in 2006 as Lotus's first completely new car since the 1995 Lotus Elise. It aimed to rival the Porsche 911 and offer a larger, more comfortable, and usable car. Notable personalities like Roger Becker and his son Matt Becker were involved in engineering and handling, ensuring it would "handle and ride like a true Lotus". The exterior was designed by Steve Crimp, and the interior by…

 

Here's a breakdown of the key points:

 

Manual Transmission - EA60 Gearbox

 

Selection: Lotus chose the EA60 gearbox, originally fitted to Toyota Avensis and Auris with four-cylinder diesel engines. This choice was due to its ability to handle high torque loads of over 400 newton meters.

Early Issues & Solutions:

 

 

 

Here's a breakdown of the key points:

 

Subframe:

 

Made from hot-rolled steel and hot-dipped galvanized.

Weighs approximately 50 kg.

Functions as a crash structure designed to collapse progressively in a rear-end collision, protecting occupants and the main tub.

Replacement cost for a subframe is about £1,700, and a partial body including the tub is £17,500.

Lotus also produced titanium subframes, which were riveted together.

 

 

 

 

Here's a breakdown of the key points:

 

The Tub:

 

Manufactured from aluminum using a process first seen in the Elise, bonded with rivets and epoxy adhesive.

It's stiffer than the Elise and Exige tubs.

Cannot be welded due to anodization and heat changing alloy properties.

Weighs 105 kg.

 

 

 

 

 

 

 

 

 

Here's a breakdown of the key areas discussed:

 

Windscreen and A-Pillar Covers: The video covers the laminated windscreen, potential issues with the seal causing water ingress, the cost of replacement, and common problems with the plastic A-pillar covers, especially in hot climates, and their carbon fiber alternatives.

 

 

 

The video discusses the bodywork of the Lotus Evora, focusing on why fiberglass was chosen over metal, the history of fiberglass, and the cost of replacement parts (0:30).

 

History of Fiberglass and Composites:

 

Modern fiberglass was accidentally discovered in 1935 by Daryl Kleist while working for Corning Glass.

DuPont later patented polyester resin, leading to the creation of the first composites.

During World War II, Germans furthered research, and British intelligence agents stole the secrets, leading to fiberglass components appearing on allied aircraft for radar covers.

 

 

 

 

 

This video captures the Lotus Esprit 50th Anniversary event at the Group Lotus HQ in Hethel, Norfolk, showcasing over 200 Lotus cars.

 

Here's a breakdown of the event:

 

Arrival and Setup (0:10-0:57): The presenter arrives early to the display day at the Lotus site, observing cars getting assembled for the show.

 

 

 

 

Lotus Esprit 50th Anniversary - Part 1: Hethel or Bust?

 

The video documents the owner's journey with his Lotus Esprit from near Oxford to Hethel, the headquarters of Lotus Cars in the UK, for a 50th-anniversary reunion event (0:00). The 135-mile trip is broken into three legs (2:40):

 

First Leg (0:44): The owner makes it to a BP garage in Milton Keynes, noting that the chosen route was direct but involved many single carriageways and roundabouts, leading to slow speeds (1:33). He expresses concern about heat build-up in the engine bay and explains how he tries…