<\/a><\/p>\n Editor’s recent photograph of Evora (2016)<\/p>\n <\/p>\n Introduction<\/strong><\/p>\n The editors have a primary interest in Colin Chapman his cars and related Industrial Design.<\/p>\n However we will occasionally examine the current generation of Lotus cars when we feel there is continuity or lessons to be learnt that applied in the Chapman era.<\/p>\n This is relatively brief article as it\u2019s though most of our subscribers will be totally familiar with this model.<\/p>\n The A&R wherever possible attempts to benchmark Chapman with his peers and his cars with rival competitors. We believe benchmarking has an advantages of objectivity and consistency.<\/p>\n We were therefore interested in the following newspaper article which adopts a benchmarking criteria.<\/p>\n They also head up their article with headline: \u201cLotus back in the game-How Lotus turned its fortunes around thanks to this \u00a382K weekend toy\u201d<\/p>\n Subscribers may be interested in directly relevant A&R articles:-<\/p>\n Performance<\/strong><\/p>\n The editors have taken the following information from the net:-<\/p>\n The Evora is equipped with a mid-mounted, transverse, Toyota-sourced 3.5-litre<\/a> 24-valve V6 engine. The Evora S uses the same engine but with a supercharger. Both versions are available with a 6-speed manual<\/a> or 6-speed automatic<\/a> with “Intelligent Precision Shift” by Aisin<\/a>.[18]<\/sup><\/a> The Evora has a drag coefficient<\/a> of C<\/em>d<\/a>=0.337.[1]<\/sup><\/a><\/p>\n\n
\n\n
\n Model<\/strong><\/td>\n Power<\/strong><\/td>\n Torque<\/strong><\/td>\n Emissions
\nCO<\/strong>2<\/sub><\/strong><\/td>\nTop speed<\/strong><\/td>\n Acceleration
\n0-60<\/strong><\/td>\nEconomy
\n(combined)<\/strong><\/td>\n<\/tr>\n\n Evora<\/td>\n 276\u00a0bhp (206\u00a0kW; 280\u00a0PS) @ 6,400 rpm<\/td>\n 258\u00a0lb\u00b7ft (350\u00a0N\u00b7m) @ 4,600 rpm<\/td>\n 217 g\/km<\/td>\n 163\u00a0mph (262\u00a0km\/h)<\/td>\n 4.8 secs<\/td>\n 30.3\u00a0mpg-imp<\/sub> (9.3\u00a0L\/100\u00a0km; 25.2\u00a0mpg-US<\/sub>)<\/td>\n<\/tr>\n \n Evora IPS<\/td>\n 276\u00a0bhp (206\u00a0kW; 280\u00a0PS) @ 6,400 rpm<\/td>\n 258\u00a0lb\u00b7ft (350\u00a0N\u00b7m) @ 4,600 rpm<\/td>\n 210 g\/km<\/td>\n 159\u00a0mph (256\u00a0km\/h)<\/td>\n 5.0 secs<\/td>\n 31.4\u00a0mpg-imp<\/sub> (9.0\u00a0L\/100\u00a0km; 26.1\u00a0mpg-US<\/sub>)<\/td>\n<\/tr>\n \n Evora S<\/td>\n 345\u00a0bhp (257\u00a0kW; 350\u00a0PS) @ 7,000 rpm<\/td>\n 295\u00a0lb\u00b7ft (400\u00a0N\u00b7m) @ 4,500 rpm<\/td>\n 229 g\/km<\/td>\n 178\u00a0mph (286\u00a0km\/h)<\/td>\n 4.4 secs<\/td>\n 28.7\u00a0mpg-imp<\/sub> (9.8\u00a0L\/100\u00a0km; 23.9\u00a0mpg-US<\/sub>)<\/td>\n<\/tr>\n \n Evora S IPS<\/td>\n 345\u00a0bhp (257\u00a0kW; 350\u00a0PS) @ 7,000 rpm<\/td>\n 295\u00a0lb\u00b7ft (400\u00a0N\u00b7m) @ 4,500 rpm<\/td>\n 224 g\/km<\/td>\n 167\u00a0mph (269\u00a0km\/h)<\/td>\n 4.5 secs<\/td>\n 29.3\u00a0mpg-imp<\/sub> (9.6\u00a0L\/100\u00a0km; 24.4\u00a0mpg-US<\/sub>)<\/td>\n<\/tr>\n \n Evora 400<\/td>\n 400\u00a0bhp (298\u00a0kW; 406\u00a0PS) @ 7,000 rpm<\/td>\n 302.5\u00a0lb\u00b7ft (410\u00a0N\u00b7m) @ 3,500 rpm<\/td>\n 225 g\/km<\/td>\n 186\u00a0mph (299\u00a0km\/h)<\/td>\n 4.1 secs<\/td>\n 29.1\u00a0mpg-imp<\/sub> (9.7\u00a0L\/100\u00a0km; 24.2\u00a0mpg-US<\/sub>)<\/td>\n<\/tr>\n \n Evora 400 Auto<\/td>\n 400\u00a0bhp (298\u00a0kW; 406\u00a0PS) @ 7,000 rpm<\/td>\n 302.5\u00a0lb\u00b7ft (410\u00a0N\u00b7m) @ 3,500 rpm<\/td>\n 225 g\/km<\/td>\n 174\u00a0mph (280\u00a0km\/h)<\/td>\n 4.1 secs<\/td>\n 29.1\u00a0mpg-imp<\/sub> (9.7\u00a0L\/100\u00a0km; 24.2\u00a0mpg-US<\/sub>)<\/td>\n<\/tr>\n<\/tbody>\n<\/table>\n