McLaren 600LT

vs

McLaren Solus GT

UK vs UK — 2018 vs 2023

McLaren 600LT (2018)
McLaren Solus GT (2023)
Specifications
600LT CoupeSolus GT V10
Horsepower592 hp829 hp
Torque457 lb-ft479 lb-ft
Engine Size3,799 cc5,200 cc
0-60 mph2.8 sec2.5 sec
Top Speed204 mph200 mph
¼ Mile10.7 sec9.5 sec
Weight2,749 lbs2,205 lbs
Wheelbase2,670 mm2,850 mm
Length4,604 mm4,780 mm
Units Produced1,58825
Original MSRP$240,000$3,500,000
Value (Excellent)$280,000$7,000,000
Collectibility7/1010/10
Rarity6/1010/10
The Verdict

The 2023 McLaren Solus GT V10 emerges ahead in most objective measures, offering more power, quicker acceleration, lighter weight. The 2018 McLaren 600LT Coupe counters with higher top speed, better value, but the numbers favor its rival. Still, both are remarkable machines, and the final choice often comes down to which driving experience speaks to you.

Overview

Within the McLaren stable, the 2018 McLaren 600LT Coupe and 2023 McLaren Solus GT V10 represent different approaches to performance and purpose. Both carry the McLaren badge, yet each carves out its own distinct identity. The 2023 McLaren Solus GT V10 holds a clear advantage in raw power with 829 hp compared to 592 hp, a 237-horsepower difference that shapes the driving experience. Under the hood, the contrast is notable: the McLaren 600LT uses a V8 DOHC Twin-Turbo displacing 3,799 cc, while the McLaren Solus GT relies on a V10 DOHC with 5,200 cc. In the sprint to 60 mph, the 2023 McLaren Solus GT V10 edges ahead at 2.5 seconds versus 2.8 seconds. The McLaren Solus GT carries a weight advantage, tipping the scales 544 lbs lighter. Rarity plays a significant role here — with only 25 units built, the 2023 McLaren Solus GT V10 is considerably scarcer than the McLaren 600LT's 1,588 examples. On the collector market, the 2023 McLaren Solus GT V10 commands a significant premium over the 2018 McLaren 600LT Coupe, reflecting differences in prestige and rarity. From a collectibility standpoint, the 2023 McLaren Solus GT V10 rates higher among enthusiasts and auction houses.