McLaren GT: A Legend Reinvigorated.

McLaren is a name synonymous with high speed, both on a race track and for performance luxury cars. Early 2020 and the legendary brand releases a new GT, a complete reimagining and new addition to their high performance stable.

Here’s what has been made available for the 2020 McLaren GT.

The Engine.
It’s a 4.0L twin turbo V8 with 32 valves and Variable Valve Timing. It will whistle the GT to 100kph in a blink lasting just 3.2 seconds. The 200kph mark is astonishing at 9.0 seconds, on the way to a top speed of 326kph. Peak power is 456kW. Torque is 630Nm with 95% of that available at 3,500rpm. Those velocities are thanks to a dry weight of 1,466kg. Transmission is a seven speed dual-clutch auto. Claimed consumption of fuel is a UK figure of 11.9L/100km for a combined cycle. Maximum revolutions per minute are 8,500.

The Body.
It’s an evolution of the design ethos that underpins McLaren’s road cars. The body has a base construction of a bespoke MonoCell II-T carbon fibre chassis for maximum strength but minimum weight. It’s perhaps not as wild looking as some of the range but it’s purposeful, fast whilst standing still, and belies it’s 4,683mm overall length. It looks…tidier…with a sculpted front and rear, with an integrated lip spoiler. There are large rear quarter air intakes and a pair of smaller vents on the flanks and directly above the rear wheels. A subtle crease line grows from the bottom of the front air-dam to the rear of the headlight cluster, and in profile brings to mind the McLaren boomerang motif.

2020 McLaren GT upper view

Inside the 225/35/20 (front) and 295/30/21 (rear) wheels are brakes that will haul down the McLaren GT to zero from 124mph in 417 feet, or from 62mph in 105 feet. The suspension is a bespoke double wishbone layout, with adaptive settings that also allow for ride height changes, especially when parking, from 1,213mm to 1,234mm.

It’s broad, at 2,095mm and when the forward hinged, upward lifting, doors reach their highest point, it’s 1,977mm above the tarmac. The tray is completely flat and makes for exceptional high speed stability.

There is an outstanding range of colours to choose from. The default colour is the famous McLaren Silver, however a buyer can specify from the Special range colours such as Onyx Black or Storm Grey, Amaranth Red or Namaka Blue from the Elite, then go more distinctive with Helios orange or Papaya Spark, just two from the MSO Defined range.

McLaren GT front profile

The Inside.
Rather than stamp the GT with the expected wood and leather designs to say it’s a luxury sports car, McLaren embody the functional feature ideal. With optional interior trims available, McLaren have fitted brand new seats, designed and engineered for the GT. Immaculate surface detail is obvious on the trim, and that translates to the dash and console. It’s clean, uncluttered, minimalistic, yet everything is within a fingertip’s reach, including the vertically oriented touchscreen, and knurled solid aluminum switchgear as part of option packs. Black leather and aluminum trim combine for a comfortable and eye-catching steering wheel and console look.

McLaren GT interior

There are also McLaren’s own luggage components that can be purchased which will fit the cargo compartments and complement the looks. Above the passengers is an electrochromatic glass roof that has five preset shading levels and in a roof view, runs into the glazed engine cover. This also provides the lid for a 420L luggage compartment along with 150L for the “frunk” or front trunk. Cooling for the rear compartment comes from the same air intakes that push air into the engine’s radiators.

Pricing starts from US$213,200.

McLaren GT

Red Planet Rover: Perseverance Pays Off.

Late evening Sydney time, July 30. An Atlas V rocket lifts off from Space Launch Complex 41 at Cape Canaveral, on Florida’s south eastern tip. At 191 feet in height, it’s barely half as tall as the mighty Saturn Vs that lifted off from the same area in the late 1960s and early 1970s. It’s also just a few feet taller overall than the full space shuttle assembly.What makes this launch important is the cargo. Perseverance, a new Mars rover and named by Alex Mather, a now 13yo schoolboy from Virginia after NASA had a naming contest, is the reason for the launch and is expected to land on Mars in February, 2021. It’s the newest and better version of the two valiant rovers already on Mars, Spirit and Opportunity. Both landed on Mars in January of 2004, and far exceeded their design specifications.
NASA learned many things from the efforts of the pair, and this includes for Perseverance a better power source, more cameras, and for the mission, a dedicated suite of investigative tools. the aim? To look for signs of any lifeforms, existing or previous, in the landing site on Mars. Jezero Crater is the chosen point, and for the possibility of life due to the postulation water once flowed there. A fan-shaped delta indicates water flow and the clay material is why NASA has chosen that site, with the thinking the clay may have signs of microbial life.

Perseverance itself is a bit of a beast. At roughly the same size as a micro-car, the rover is bristling with tools that will dig, drill, photograph, and listen for the first time ever, to Mars. A pair of microphones have been fitted to Perseverance, along with Mastcam-Z, a stereo-imaging zoomable panoramic camera system. Rimfax (Radar imaging for Mars sub-surface experiment) is a sub-surface (up to 10 metres) radar scanner that along with Perseverance’s autonomous driving programming, will measure the ground under the six driven wheels and hopefully avoid the sandtrap that stopped Spirit in her tracks. A boom arm of 2.1 metres in length and hinged in five places will hold the mechanisms to drill into the surface. In a first, samples will be stored and eventually launched from the Mars surface and rendezvous with a craft and return the samples to Earth. This is expected to be accomplished in a decade’s time.

Sherloc (Scanning Habitable Environments with Raman and Luminescence for Organics and Chemicals) and Watson are the pair of cameras up front, and they’ll work together to provide spectrometry in the ultra-violet spectrum. Supercam is a laser powered micro-imagining device, and perseverance can keep an eye on the weather thanks to an inbuilt weather station called Meda (Mars environmental dynamics analyser) which will measure temperature, wind speed and direction, pressure, relative humidity, radiation, and dust particle size and shape. And in an exciting experiment, Moxie (Mars oxygen ISRU experiment) will use the thin Martian atmosphere as a source to see if oxygen can be produced.

Perhaps the most intriguing part of the Perseverance design is how NASA has fitted Ingenuity. This is a drone ‘copter, and will fly above Perseverance to map out a way forward, plus it will be the first aircraft to fly upon a world other than our own Earth. The blades are a two by two configuration, and are constructed of a carbon-fibre foam core mix. The landing legs are carbon-fibre, and the blades circulate under a solar panel that will both drive the blades and provide power to the senors & cameras underneath.Perseverance herself is a re-evolution of Spirit and Opportunity. The wheels have been increased from 50cm to 52cm for a greater rolling diameter. The design and the construction of the wheels has changed to allow for more durability with aluminuim and titanium being employed. Extra equipment sees Perseverance up to 1,050kg in mass over a predecessor, Curiosity. She weighed in at 899kg.

Power comes from a plutonium dioxide pack weighing 4.8kg and producing 110 watts. A pair of lithium-ion batteries will supplement this on demand. Dubbed the MMRTG, the multi-mission radioisotope thermoelectric generator replaces the solar panels that are susceptible to dust coverings and subsequent power loss. It’s not cheap to build, at over US$109 million…The expected lifespan is 14 years.Perseverance is due to land on Barsoom, a name given to Mars by Edgar Rice Burroughs in one of his early 1900s novels, on February 18, 2021. The landing process is fully autonomous and NASA describes it as “seven minutes of hell” as the lander goes from 21,000kmh to virtually zero to land, safely, on Mars.

‘Automotive Mana’ and 2020 Dual-Cab Utes

The rise of the SUV is a noted phenomenon, but an equal marvel is the greater numbers of large dual-cab utes on our roads.  The popularity of the dual-cab ute in Australia shows a trend that ain’t about to end just yet.  On any given day if you take a drive down a popular road in Australia you’re sure to come across some pretty awesome super-size pick-ups.  So what makes these vehicles so attractive? And what are the better dual-cab utes one can buy?  Let’s have a look.

Let’s ‘cut to the chase’ and quickly realise that a large number of the dual-cab utes we see are driven by people with bigger egos.  To use the Maori definition ‘Mana’ offers a politer label to go with the big ute ego.  ‘Mana” means to have great authority, presence or prestige, and so if you are seen driving these massive utes, you’re likely to satisfy your larger ego with some real ‘Automotive Mana’ and add mud plugging tyres, a raised suspension, tinted windows, a snorkel and spot lights, too.  Any big ute name like Toyota Hilux, Mazda BT-50, Nissan Navara, Ford Ranger or Mitsubishi Triton can have their utes equipped with these big ticket items.

Of course, if your work requires your need to own a big, beefy dual cab ute, then all the showy looks can be forgiven. Builders, landscapers, boat builders, contractors, farmers, engineers, they all need one!  But hey, we’d all love one!

This leads me on to what makes these road behemoths so nice to own and drive.  Here’s a short list of their great traits:

• Load carrying ability
• Towing ability
• Space
• Comfort
• Off-roading ability
• They’re built tough
• They’re safe
• Automotive Mana

Here are the best new Dual-Cab utes you can buy in 2020 that offer all the bells and whistles (Note there are other models in their line-up, but these would generally be more Spartan).  All of the following models come with premium safety, 4WD capability, big towing prowess and premium luxury:

Ford Ranger: XLT, Wildtrak, Raptor, ($57–$77k)

• 3.2 litre TurboDiesel with 147 kW and 470 Nm, 6-speed manual and 6-speed auto, 0-100 km/h approx. 10 seconds, fuel consumption approx. 9 litres/100 km
• 2.0 litre TurboDiesel with 157 kW and 500 Nm, 10-speed automatic, 0-100 km/h approx. 10 seconds, fuel consumption approx. 8 litres/100 km

SsangYong Musso: Ultimate XLV, Ultimate Plus XLV, ($40-$44k)

• 2.0 litre TurboDiesel with 133 kW and 420 Nm, 6-speed manual and 6-speed auto, 0-100 km/h approx. 10 seconds, fuel consumption approx. 9 litres/100 km

Toyota Hilux: SR5, Rugged, Rugged X, Rogue, ($56–$63k)

• 2.8 litre TurboDiesel with 130 kW and 420 Nm with the 6-speed manual and 450 Nm with the 6-speed auto, 0-100 km/h approx. 11 seconds, fuel consumption approx. 8 litres/100 km

Nissan Navara: ST-X, N-Trek, N-Trek Warrior, ($54–$66k)

• 2.3 litre TurboDiesel with 140 kW and 450 Nm, 6-speed manual and 7-speed auto, 0-100 km/h approx. 10 seconds, fuel consumption approx. 6.5–7.0 litres/100 km

Ram 1500: Express, Laramie, ($90–$100k)

• 5.7 litre Petrol V8 with 291 kW and 556 Nm, 8-speed auto, 0-100 km/h approx. 7 seconds, fuel consumption approx. 10–13 litres/100 km

Ram 2500: ($140k)

• 6.7 litre TurboDiesel with 276 kW and 1084 Nm, 6-speed auto, 0-100 km/h approx. 8 seconds, fuel consumption approx. 15 litres/100 km

VW Amarok: TDI420 Core Plus, Highline 550, Ultimate 580, ($52–$73k)

• 2.0 litre TurboDiesel with 132 kW and 400 Nm with the 6-speed manual and 420 Nm with the 8-speed auto, 0-100 km/h approx. 10.5 seconds, fuel consumption approx. 7.5 litres/100 km
• 3.0 litre TurboDiesel with 165 kW and 500 Nm, 8-speed auto, 0-100 km/h approx. 8 seconds, fuel consumption approx. 9 litres/100 km
• 3.0 litre TurboDiesel with 190 kW and 580 Nm, 8-speed auto, 0-100 km/h approx. 8 seconds, fuel consumption approx. 9 litres/100 km

Mitsubishi Triton: GLX+, GLS, GLS Premium, GSR, ($41–$52k)

• 2.4 litre TurboDiesel with 133 kW and 430 Nm, 6-speed manual and 6-speed auto, 0-100 km/h approx. 10 seconds, fuel consumption approx. 8 litres/100 km

Mazda BT-50: XTR, GT, Boss, ($53–$64k)

• 3.2 litre TurboDiesel with 147 kW and 470 Nm, 6-speed manual and 6-speed auto, 0-100 km/h approx. 10 seconds, fuel consumption approx. 10 litres/100 km

Holden Colorado: LSX, LTZ, LTZ+, Z71, ($50–$58k)

• 2.8-litre TurboDiesel with 147 kW and 440 Nm with the 5-speed manual, with 147 kW and 500 Nm with the 6-speed auto, 0-100 km/h approx. 9.5 seconds, fuel consumption approx. 9 litres/100 km

HSV Silverado: 1500 LTZ Premium Ed. ($114k)

• 6.2 litre Petrol V8 with 313 kW and 624 Nm, 10-speed auto, 0-100 km/h approx. 5.6 seconds, fuel consumption approx. 12.5 litres/100 km

Isuzu D-Max: LSU, LST, ($49–$55k)

• 3.0 litre TurboDiesel with 130 kW and 430 Nm, 6-speed manual and 6-speed auto, 0-100 km/h approx. 8 seconds, fuel consumption approx. 8 litres/100 km

Jeep Gladiator: Overland, Rubicon, ($76–$77k)

• 3.6 litre Petrol V6 with 209 kW and 347 Nm, 8-speed auto, 0-100 km/h approx. 9 seconds, fuel consumption approx. 12 litres/100 km

Just for complete ‘Automotive Mana’ status, top honours would have to go to the Ram, HSV or Jeep Gladiator.