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Auction archive: Lot number 25Ω

2015 LaFerrari Coupé

The Bonmont Sale
29 Sep 2019
Estimate
CHF2,600,000 - CHF2,800,000
ca. US$2,623,969 - US$2,825,813
Price realised:
CHF2,185,000
ca. US$2,205,143
Auction archive: Lot number 25Ω

2015 LaFerrari Coupé

The Bonmont Sale
29 Sep 2019
Estimate
CHF2,600,000 - CHF2,800,000
ca. US$2,623,969 - US$2,825,813
Price realised:
CHF2,185,000
ca. US$2,205,143
Beschreibung:

2015 LaFerrari Coupé Chassis no. ZFF76ZHB000203343 •Class-leading petrol/electric hybrid hypercar •One of only 499 made •Delivered new to Germany •894 kilometres from new •'As new' condition Fußnoten "The LaFerrari is very possibly the world's fastest, most exciting hypercar. Which is some statement to make when there are machines such as the McLaren P1 and Porsche 918 Spyder to contend with. The bottom line, however, is that LaFerrari has more power (a whopping 950bhp) and less weight to carry around than its prestigious rivals so figuratively, if nothing else, it quite clearly has the upper hand. Either way, this is the ultimate Ferrari..." – Autocar. In today's increasingly environmentally conscious times, even supercar manufacturers have felt the need to polish up their 'Green' credentials. Seeking better fuel economy and reduced emissions, they have brought 'hybrid' technology to this previously exclusively fossil-fuels-only sector of the market. This has resulted in a 'win win' situation: these latest hypercars being more environmentally friendly while at the same time considerably more powerful than before. Ferrari's first offering in this expanding category was the LaFerrari, a limited-edition coupé that entered production in 2013. Ferrari's last model with a mid-mounted 12-cylinder engine, LaFerrari was the distillation of no fewer than nine design studies created during the process of its development. The car was unveiled at the 2013 Geneva Auto Show. Unusually, its styling had no input from Ferrari's long-term collaborator, Carrozzeria Pinifarina. Clearly, a car evocatively titled 'LaFerrari' would have to have a V12 engine, a type of power unit used in the very first Ferrari of 1947 and for a glorious succession of the Italian factory's most famous models. The LaFerrari V12 displaced 6.3-litres and produced 789bhp, supplemented by an electric motor producing 161bhp for a combined output of 950 horsepower, the highest power output of any Ferrari road car. With the car is in motion, the electric motor's lithium-ion battery pack is charged by a KERS (Kinetic Energy Recovery System) as used in the current generation of Formula 1 cars. Power reaches the rear wheels (there's no four-wheel drive) via a seven-speed dual-clutch transmission. And if you didn't use those 950 horses all the time, there was also a useful decrease in fuel consumption, not that that would have interested the typical LaFerrari owner. Designed by Ferrari's F1 technical director, Rory Byrne, the LaFerrari has a carbon fibre monocoque chassis with suspension at the front by double wishbones and at the rear by a multi-link system - pretty much the norm for the current generation of supercars. Any car with a 200mph-plus maximum needs plenty of stopping power, and the LaFerrari was equipped with Brembo's finest carbon-ceramic brakes. Ferrari claimed a top speed exceeding 349km/h (217mph), similar to the Enzo's top speed; however, the LaFerrari could accelerating from 0-100km/h (0-62mph) in under 2.4 seconds and reach 300km/h (186mph) in 15 seconds, comfortably out-performing its predecessor. The factory also claimed that LaFerrari had lapped its Fiorano test track in 1:19.7, faster than any other road-legal Ferrari. Electronic systems abound in even the humblest of modern hatchbacks, and as one would expect, the LaFerrari boasts just about every bit of automotive electrickery imaginable: electronic stability control; high performance ABS/EBD (anti-lock braking system/electronic brake distribution), EF1-Trac F1 traction control integrated with the hybrid propulsion system; E-Diff 3 electronic differential; and magnetorheological suspension dampers - all controlled by 21 computers. There was also active aerodynamics, the front and rear wings being adjustable on the move to provide either high or low downforce while also controlling cooling of the engine, gearbox, batteries, and brakes. More electronics were deployed in the cockpit in the form of a 12.3" (

Auction archive: Lot number 25Ω
Auction:
Datum:
29 Sep 2019
Auction house:
Bonhams London
Cheserex, Switzerland
Beschreibung:

2015 LaFerrari Coupé Chassis no. ZFF76ZHB000203343 •Class-leading petrol/electric hybrid hypercar •One of only 499 made •Delivered new to Germany •894 kilometres from new •'As new' condition Fußnoten "The LaFerrari is very possibly the world's fastest, most exciting hypercar. Which is some statement to make when there are machines such as the McLaren P1 and Porsche 918 Spyder to contend with. The bottom line, however, is that LaFerrari has more power (a whopping 950bhp) and less weight to carry around than its prestigious rivals so figuratively, if nothing else, it quite clearly has the upper hand. Either way, this is the ultimate Ferrari..." – Autocar. In today's increasingly environmentally conscious times, even supercar manufacturers have felt the need to polish up their 'Green' credentials. Seeking better fuel economy and reduced emissions, they have brought 'hybrid' technology to this previously exclusively fossil-fuels-only sector of the market. This has resulted in a 'win win' situation: these latest hypercars being more environmentally friendly while at the same time considerably more powerful than before. Ferrari's first offering in this expanding category was the LaFerrari, a limited-edition coupé that entered production in 2013. Ferrari's last model with a mid-mounted 12-cylinder engine, LaFerrari was the distillation of no fewer than nine design studies created during the process of its development. The car was unveiled at the 2013 Geneva Auto Show. Unusually, its styling had no input from Ferrari's long-term collaborator, Carrozzeria Pinifarina. Clearly, a car evocatively titled 'LaFerrari' would have to have a V12 engine, a type of power unit used in the very first Ferrari of 1947 and for a glorious succession of the Italian factory's most famous models. The LaFerrari V12 displaced 6.3-litres and produced 789bhp, supplemented by an electric motor producing 161bhp for a combined output of 950 horsepower, the highest power output of any Ferrari road car. With the car is in motion, the electric motor's lithium-ion battery pack is charged by a KERS (Kinetic Energy Recovery System) as used in the current generation of Formula 1 cars. Power reaches the rear wheels (there's no four-wheel drive) via a seven-speed dual-clutch transmission. And if you didn't use those 950 horses all the time, there was also a useful decrease in fuel consumption, not that that would have interested the typical LaFerrari owner. Designed by Ferrari's F1 technical director, Rory Byrne, the LaFerrari has a carbon fibre monocoque chassis with suspension at the front by double wishbones and at the rear by a multi-link system - pretty much the norm for the current generation of supercars. Any car with a 200mph-plus maximum needs plenty of stopping power, and the LaFerrari was equipped with Brembo's finest carbon-ceramic brakes. Ferrari claimed a top speed exceeding 349km/h (217mph), similar to the Enzo's top speed; however, the LaFerrari could accelerating from 0-100km/h (0-62mph) in under 2.4 seconds and reach 300km/h (186mph) in 15 seconds, comfortably out-performing its predecessor. The factory also claimed that LaFerrari had lapped its Fiorano test track in 1:19.7, faster than any other road-legal Ferrari. Electronic systems abound in even the humblest of modern hatchbacks, and as one would expect, the LaFerrari boasts just about every bit of automotive electrickery imaginable: electronic stability control; high performance ABS/EBD (anti-lock braking system/electronic brake distribution), EF1-Trac F1 traction control integrated with the hybrid propulsion system; E-Diff 3 electronic differential; and magnetorheological suspension dampers - all controlled by 21 computers. There was also active aerodynamics, the front and rear wings being adjustable on the move to provide either high or low downforce while also controlling cooling of the engine, gearbox, batteries, and brakes. More electronics were deployed in the cockpit in the form of a 12.3" (

Auction archive: Lot number 25Ω
Auction:
Datum:
29 Sep 2019
Auction house:
Bonhams London
Cheserex, Switzerland
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