SKU: 18912883574

McLaren MCL38 - 2024 Miami Grand Prix

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McLaren MCL38 - 2024 Miami Grand PrixLimited to just 99 pieces per driver As raced to by Lando Norris and Oscar Piastri in the Formula 1 Crypto. com Miami Grand Prix on the 5th May 2024 Each model hand built and assembled by a small team of craftsmen 1: 8 scale model, over 70 cm 27 inches long Made using the finest quality materials Over 2500 hours to develop the model Over 250 hours to build each model Thousands of precisely engineered parts: castings, photo etchings and CNC machined

  • Limited to just 99 pieces per driver
  • As raced to by Lando Norris and Oscar Piastri in the Formula 1 Crypto.com Miami Grand Prix on the 5th May 2024
  • Each model hand-built and assembled by a small team of craftsmen
  • 1:8 scale model, over 70 cm/27 inches long
  • Made using the finest quality materials
  • Over 2500 hours to develop the model
  • Over 250 hours to build each model
  • Thousands of precisely engineered parts: castings, photo-etchings and CNC machined metal components
  • Built using original CAD designs and paint codes supplied by McLaren Racing

The first McLaren to win the Constructors’ Championship since 1998, the MCL38 was McLaren Racing’s entrant into the 2025 FIA Formula One World Championship. In the hands of Lando Norris and Oscar Piastri, in their sixth and second seasons with the team respectively, the MCL38 not only surpassed the total number of podiums and points achieved in 2023, it brought Norris and Piastri their maiden Grand Prix wins, earned McLaren a first race success in four years, and was the first McLaren to earn multiple Grand Prix victories in a single season since 2012. Throughout the 2024 season, the MCL38 consistently ranked among the fastest Formula One cars, exceeding even McLaren’s own ambitious expectations.

Following the extraordinary turnaround in fortunes during the 2023 season, where the initially uncompetitive MCL60 evolved into a multiple podium-achieving front runner due to several upgrades, early development work on the MCL38 prioritised enhancements in aerodynamic efficiency, mechanical grip, and tyre performance. In its early races, the MCL38 exhibited strong performance in medium- and high-speed corners, representing a significant improvement over its predecessor. However, it faced challenges, including a less competitive top speed, a less efficient drag reduction system, and poorer performance in longer corners compared to rivals at Red Bull and Ferrari. Despite these shortcomings, the McLaren pairing of Norris and Piastri scored consistent points from the outset, finishing no lower than eighth in the first five races of the season. Notably, Norris achieved a third place podium position in the Australian Grand Prix and secured a second-place finish in China, trailing only early championship leader Max Verstappen.

A raft of major upgrades were introduced in Miami to tackle these issues, and the impact was immediate. Lando Norris earned his maiden Formula 1 victory, marking McLaren’s first success since Daniel Ricciardo at Monza three years prior. While luck played its part in the victory – thanks to a fortuitously timed safety car during the round of pit stops - Norris's MCL38 showcased the pace necessary to maintain the lead once he was in front.

From that point on, the positive results continued to flow. Norris claimed further second place finishes at the Emilia Romagna, Canadian and Spanish Grand Prix, while Piastri claimed his best result of the season with his own second-place finish in Monaco. Following the Spanish Grand Prix, many commentators and rivals suggested the overall McLaren package, which was being further optimised with a new front wing and front suspension, was now a formidable contender against the Championship-leading Red Bull RB20. This rivalry came to a head at the next race in Austria, where fierce battle for the lead between Norris and Verstappen resulted in contact that forced the McLaren to retire with terminal damage. Piastri capitalised on the situation to finish second. At the next race at Silverstone, despite enthusiastic home support, the team were unable to convert a strong performance into a win but still achieved a respectable third and fourth place. During qualifying at the next race in Hungary, McLaren claimed their first front-row lockout since 2012. In a closely contested race between the two drivers, Piastri eventually claimed his maiden victory, leading Norris home for the team’s first 1-2 finish since the 2021 Italian Grand Prix. Piastri later secured another second place finish in Belgium following the disqualification of original race winner George Russell.

Following the summer break, McLaren introduced a comprehensive package of upgrades for the Dutch Grand Prix, which included a new brake scoop, front and rear suspension, floor and edge wing, and beam and rear wings. The results were immediate, with Norris claiming his second victory of the season. At the Italian Grand Prix, the MCL38 was run with circuit-specific front and rear wings and a new sidepod design, introduced to complement the changes made in the Netherlands. Both McLarens claimed podium finishes but were ultimately beaten by Ferrari’s Charles Leclerc who executed a perfect one-stop strategy. Piastri would gain revenge just two weeks later in Azerbaijan, successfully executing a brave late-braking manoeuvre on Leclerc to secure a second victory of the season, propelling McLaren into the lead in the Constructors’ Championship for the first time since 2014. Norris would further extend this lead with a dominant win at the Singapore Grand Prix, leading the entire race from pole, while Piastri finished third. However, maintaining consistent results proved challenging over the next five races as competition intensified among Red Bull, Ferrari, and Mercedes, resulting in four different winners from those teams. Nevertheless, the McLaren pair continued to score points, with Norris claiming another second position in Mexico and Piastri a further podium in Qatar. In Las Vegas, Norris would lose his mathematical chance of beating Verstappen to the Drivers’ title, as the Dutchman’s early season form proved insurmountable. The Constructors’ battle culminated at the final race in Abu Dhabi, McLaren leading rivals Ferrari by 21 points heading into the race. Norris would claim crucial race victory, especially following Verstappen’s collision with Piastri on the opening lap. Ferrari’s second and third place finishes proved insufficient to overcome the gap, sealing McLaren’s first Constructors’ Championship in 26 years, and the first for a customer team since Brawn GP in 2009.

Overall, the McLaren MCL38 earned six wins, 15 further podiums, eight pole positions and seven fastest laps, scoring 666 points and securing McLaren their first World Constructors’ Championship since 1998. Both Norris and Piastri enjoyed their best seasons in Formula 1 to date, finishing second and fourth with 374 and 292 points respectively. Additionally, the MCL38 also was honoured as the International Competition Car of the Year at the 2025 Autosport Awards.

These fine 1:8 scale models are of the McLaren MCL38 as raced to first and thirteenth positions by Lando Norris and Oscar Piastri in the Formula 1 Crypto.com Miami Grand Prix at Miami International Autodrome on the 5th of May 2024. McLaren arrived in Miami armed with a new upgrade package, including a new front wing, new front suspension geometry and updated rear suspension, revised front and rear brake ducts and winglets, a new floor, revised sidepod inlets, and a new engine cover and bodywork including a new louvre arrangement. Aside from these performance upgrades, the car also featured a circuit-specific beam wing. The pace improvement was noticeable immediately, as Norris topped the first two segments of Sprint Qualification, though was unable to match this pace in Q3, qualifying ninth. Piastri claimed sixth on the grid. Norris was unable to make it past Turn 1, left with terminal damage getting caught in the midst of an incident with the Mercedes of Lewis Hamilton and Aston Martin’s of Fernando Alonso and Lance Stroll. Piastri finished the sprint race sixth, unable to pass Carlos Sainz’s Ferrari or the Racing Bull of Daniel Ricciardo.

Despite the damage sustained in the Sprint race, Norris’ car was ready for qualifying, and the McLarens locked out the third row, Norris qualifying fifth and Piastri sixth for the main event on the Sunday, behind the Red Bull of Max Verstappen, the Ferrari pair of Charles Leclerc and Carlos Sainz and the other Red Bull of Sergio Pérez. Piastri was the quicker starter, taking full advantage of a major lock up from Pérez, passing three cars around the outside of Turn 1 and slotting into third place. Norris made it through the first corner cleanly despite the near-incident ahead, closely following the recovering Pérez. A couple of laps later, Piastri overtook Leclerc using the Drag Reduction System on the lengthy run between Turns 16 and 17 to take second place, as race leader Verstappen continued to extend his lead. Pérez was the first of the front-runners to pit on Lap 18, releasing Norris into clean air, whilst Leclerc followed on Lap 20, increasing the pressure on Piastri in second. Verstappen clipped a bollard at the Turn 14/15 chicane, prompting a short Virtual Safety Car to retrieve the debris, before stopping for his own pit stop on Lap 23. Piastri, Sainz and Norris all continued up front for a few more laps before McLaren and Ferrari both pitted their leading drivers on Lap 27, leaving Norris in the race lead, though still needing to make his own stop. Moments later, the yellow flags flew, and a full Safety Car was deployed, for an incident involving the Haas of Kevin Magnussen and Williams’ Logan Sargeant, playing brilliantly into the hands of Norris, who was now able to complete his pit stop with a much smaller time loss, returning to the track at the head of the field. Verstappen followed, ahead of Leclerc, Piastri, Sainz and Pérez. At the end of Lap 32, the Safety Car returned to the pits, as Norris had to go defensive under strong pressure from Verstappen behind. The Dutchman then made an error, giving the Briton some breathing space, after which he pumped in a series of rapid sector times to move out of DRS range. Piastri, meanwhile, tangled with Sainz at Turn 11, sustaining damage to his front wing, necessitating a pit stop for a new one, which dropped him to the back of the field and out of the points. He ultimately finished 13th, the skirmish proving costly. Norris, however, driving with plenty of confidence and maturity, continued to edge away from Verstappen as the laps ticked by, expertly managing the final few laps to become a Grand Prix winner for the very first time, while earning McLaren their first win in almost three years. Norris became Formula 1’s 114th race winner, and the 21st British driver to achieve the feat, on his 110th start for McLaren.

The McLaren MCL38 Miami Grand Prix is limited to just 99 pieces per driver.

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This model is a part of the McLaren MCL38 Collection.

Discover the McLaren MCL38 Collection >

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Karla Crum
Omaha, US
★★★★★ 5
Professional and fun to read
Format: Paperback
The book is written by a professional who provides ideas and reasons about possibilities without being dogmatic.
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Reviewed in the United States on February 20, 2022
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Mark McDonough
Grantham, US
★★★★★ 4
Absolutely Not Nonsense
Format: Hardcover
At first glance, this book might be mistaken for "Chariots of the Gods" hokum -- it's about pyramids, it suggest prehistoric connections between widely scattered civilizations, and it has an entire chapter on planetary catastrophes. However, this is a very serious effort. Granted, it raises a lot more questions than it answers, and can be a little monotonous in spots. But as a former geology major, I didn't spot any pseudo-science (which is not surprising, given that the primary author has a Ph.D. in Geology from Yale) and I found much food for thought. Sure, if it turns out that the whole theory of cultural diffusion is wrong, (similarities in disparate civilizations are due to migration and interconnection rather than parallel developoment) this book will be little more than an amusing footnote in the history of science. But then, plate tectonics was once a crackpot theory. This is a serious book that deserves to be read.
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Reviewed in the United States on December 6, 2003
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Art Lover
Fort Morgan, US
★★★★★ 5
Great Summer Read
Format: Paperback
As an academic who spends summers reading new - well grounded - theories, this was the best read of the summer. Intriguing! Well grounded in massive amounts of data - from myth to scientific dating techniques. LOVED it!
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Reviewed in the United States on June 6, 2014
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A. Thomas
West Palm Beach, US
★★★★★ 5
a very serious read about ongoing and proposed climate intervention
Format: Kindle
This book has a lot of serious information. If it’s honing to of any use to you , then it will require active reading, note taking etc. The complex social involvement of political and business interests that already exist with the spread of non- native species of plants and animals in North America, Australia, South America etc. Since the 19th century gives this reader a reason to pause in his quest to find the “right, simple, effective strategy” which would require an unimaginable level of cooperation between the EU, Asia,and North America. The likely scenario is that as get closer to deadlines by the year 2030 and beyond, partial programs will be launched by various combinations of government and public, and business interest’s. The result isn’t optimistic but it will be a reality.
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Reviewed in the United States on April 2, 2022
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Jack Hicks
Los Angeles, US
★★★★★ 4
interesting science
Format: Hardcover
Under A White Sky, The Nature of The Future, Elizabeth Kolbert, 2021 In 2015 Elizabeth Kolbert won the Pulitzer Prize for her book the Sixth Extinction. In my review of that book, I wrote: Kolbert is not a scientist but a reporter and writer for The New Yorker magazine and as such her book is structured as a series of bylines as she travels around the world reporting on scientists investigating extinctions in both the present and the past. As in that book she adopts the same format but this time investigating “how the very sorts of interventions that have imperiled our planet are increasingly seen as the only hope for its salvation”. Ice cores from the Antarctic and Greenland have shown that the last 10,000 years of earths history have been the most benign and stable climatological periods in the last 100,000 years. During this time, we have been able to develop agriculture, an amazing technological and a pervasive globe encompassing culture with a population now of almost 8 billion people. Without this unusually stable climate most of our current civilization would probably have not evolved or been possible. Up to this point we humans have taken this for granted thinking that this benign state will somehow last forever. In Kolbert’s last book she emphasized that due to our own rapacious destruction of earth’s ecosystems and our destabilization of climate stability, this situation is coming to an end and not responding is not an option. Facing an unimaginable crisis of our own making how should we respond? When we intervene, are we smart enough not to cause newer unanticipated problems greater than the original problem we sought to solve? Kolbert travels around the world seeking an answer to this question. She visits places and examples where we historically have tried to solve problems such as sewage in Chicago or taming floods on the Mississippi only to create larger problems such as invasive species or sinking cities such as New Orleans. The most interesting part of her book is when she addresses the people and places that are using current cutting-edge technology to save ecosystems and reverse global warming. One such example is on the Great Barrier Reef of Australia, one of the most diverse and prolific ecosystems on earth, which is under dire threat from oceanic warming and acidification. Faced with the real possibility of extinction of the reef in just decades, scientists are turning to genetic modification of Corals to make them more resistant to these fast-changing conditions. Since 2012 a new gene editing technology called CRISPR-Cas has become ubiquitous. In fact, so ubiquitous that you can buy your own “genetic engineering home lab kit” from a company in California called Odin for $1800. Kolbert buys her own kit and is able to engineer a colony of E. coli bacteria into a strain that is resistant to streptomycin antibiotic. She then inserts a jellyfish gene into yeast which then glows in the dark. Sound dangerous? Yes, what could possibly go wrong, but this is also the technology to develop new global warming resistant corals or destroy malaria carrying mosquitos, control rapacious rodents on Pacific Islands or control a plague of Cane Toads in Australia, not to mention breakthrough medical benefits. We have so altered natural systems with invasive species, with climatological chaos that the only solution is further intervention. She quotes a scientist at the Australian Animal Health Laboratory: “What people are not seeing is that this is already a genetically altered environment. Invasive species alter the environment by adding entire genomes that don’t belong. By contrast Genetic engineers, by contrast, alter just a few bits of DNA here and there”. “The classic thing people say with molecular biology is: Are you playing God? Well no. We are using our understanding of biological processes to see if we can benefit a system that is in trauma”. Do you feel guilty about all the carbon you are emitting into the atmosphere when you drive around in your SUV or eat a filet mignon? Now there is a way to assuage your guilt. There is a now a company called Climeworks that will do just that for the price of $1000 per ton of sequestered CO2. Being that each American emits about 20 tons per year following the American way of life and to totally assuage your guilt will cost you a cool $20,000 per year. Do you feel that guilty? Kolbert purchases one ton of sequestration and then visits the place where the deed is done which turns out to be at a geothermal power plant in Iceland. There they inject CO2 into the hot molten basalt at the bottom of their well to form limestone. This is a way the earth has been doing this process for millions of years without payment. In fact, it is the very process that transpired when the Himalayas were pushed up by the Indian subcontinent million of years ago, sequestered billions of tons of carbon into limestone and enabled the ice ages to begin 3 million years ago. Is this process a feasible solution to our current crisis? According to the latest UN climate report at this point, some form of sequestration is almost certainly required to avoid a catastrophic global temperature rise above 2 degrees regardless of what green technologies are introduced. Almost certainly the cost of that sequestration will have to be drastically reduced. Is there another way to approach the problem? Here Kolbert interviews scientists who are studying a process called solar geoengineering which involves shooting reflective compounds or crystals into the stratosphere to reflect sun light and reduce the earths albedo or heat absorption. This the same process that occurs when large volcanic explosions expel billions of tons of dust and S02 that block incoming sunlight and cool the planet. Last time a truly global volcanic eruption occurred was Tambora in Indonesia in 1815 and caused catastrophic cooling causing mass famine in various places around the world. Is this a feasible solution? Maybe, certainly not to the extent of Tambora and one side effect might be changing the sky from blue to white and hence the title of the book. Sunsets might be improved however. This a short book and quick read and one gets the sense that it was somewhat truncated because of the pandemic restricting travel. However, there is still a lot of interesting information about the future fate of our planet and what can be done to ameliorate the damage that we have inflicted. JACK
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Reviewed in the United States on March 1, 2021

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