Manufacturing Matters- Tuesday Top-Up 67

  • What’s been happening in our MAKE│NZ Community
  • Future events and activities
  • Local gems we found in our MAKE│NZ Community – and if you have found something surprising, amazing or impressive about manufacturing in New Zealand, please let us know. This can be a ‘big thing’, but often observations on things that don’t look spectacular but have a big impact are the most rewarding to share
  • Members supporting Members – the heart of what we do. This can be requests or offers for support in whatever form: information, labour, or other productive resources (machinery and equipment). This is the theme where your contributions really count! They can be anonymous to other members if required.
  • News from the world of manufacturing – in New Zealand and beyond
  • Other news of interest to manufacturers
  • Fun facts – here we’ll include snippets things you might be interested in and/or may never have come across, from the world of manufacturing, and beyond. Usually just a photo or a diagram.

… with even almost half of those with a university degree themselves recommending trade training, while only 38% suggested it would be better to choose what they chose for themselves:

The 2025 F1 Championship brought victories to Lando Norris (Drivers) and his team McLaren-Mercedes (Constructors) – and here’s the photo that says it all. How many people did it take to support Norris and his teammate Oscar Piastri? Approximately 1,700 – obviously not all of them involved in trackside activities and in the frame above. A striking example of “All for One” – or two, as it were, in this case.

Apart from the physical features of the car (engine, chassis/suspension, aerodynamics, etc.) and driver performance, two other main factors contribute to success in F1 racing: decisions on tyre choice and pit stop timing and frequency, and the performance of the pit crew.

Looking at the latter, here are the incredible tight performance benchmarks:

KPI SegmentDescriptionBenchmark (Good)
Total Stationary TimeThe time from car at 0 km/h to the pit light turning green.< 2.2 seconds
Pre-Gun ReactionHow early the gun operator is on the axle before the car stops.~0.1 – 0.2s
Nut OFFTime taken to loosen the wheel nut.< 0.2 seconds
Tyre ExchangeThe “cross” time between the old wheel coming off and the new one going on.~0.8 – 1.0s
Nut ON / TightenTime to tighten the nut and receive a torque confirmation signal.< 0.3 seconds
Release LatencyThe gap between the final wheel being secured and the green light signal.~0.15s (FIA-regulated)

One can only imagine the amount of continuous investment in process improvement required to achieve and maintain these pit stop performances. Recent changes introduced by McLaren were:

  • expanding the pool of pit-stop-capable staff to support a 24-race calendar and triple-headers, reducing over-reliance on a small core group and helping sustain performance across the season
  • training crew members for multiple roles (e.g. wheel-off, wheel-on, gun, jack), with each having a primary role but able to step into others at high performance, increasing resilience to absence or injury
  • adjusting pit-stop practice volume by event, increasing repetitions when integrating new crew and reducing them at physically demanding races (e.g. Singapore-type conditions) to limit fatigue, which is more process-driven than many traditional fixed-drill approaches.

When it comes to decisions made by the McLaren team sporting director (race director) in consultation with the drivers, three factors set Mc-Laren-Mercedes apart in 2025. All of these are related to design features of suspension and aerodynamics settings:

  • More one-stop races: while in some races (Chinese, Japanese, and Hungarian GP) data showed that theoretically the fastest strategy for the field was a two-stop, McLaren drivers could extend their stints on Medium (C3) tyres long enough to make a one-stop viable
  • McLaren drivers were able to ‘fire up’ Hard tyres almost immediately. This meant they can maximise speed on new Hard tyres straight away, whereas a Red Bull driver might need a lap to bring the tyres in gently
  • Suspension and aerodynamics settings also allowed the McLaren drivers to push 100% through high-speed corners without their rear tyre temperatures spiking. This allowed them to maintain a consistent pace from Lap 1 to Lap 20 of a stint, whereas competitors saw a sharp drop-off after Lap 10.

The question, as always, has to be: are there any lessons in the above for manufacturers? The first one has to be the relentless pressure on continuous process improvement, which is much easier not to lose sight of when competition is as intense and constant as in F1 racing.

The more important point may be the importance of optimising all processes and all other factors contributing to performance overall. Most people’s interest in F1 is focused on the drivers, and, maybe, on tactical decisions where they have gone wrong with a major impact on race outcomes. One rarely hears about pit crew performance, for example. 

Do you have ‘drivers’ in your operations, processes and factors that most of the attention is aimed at, to the detriment of others?

MoT only publishes monthly aggregate data. Personal observation is that flights on/after 6.p.m. are delayed (much) more frequently. In the majority of cases, the reasons provided are “Late arrival of inbound aircraft” or “Crewing requirements”, meaning the delays have led to (parts of) the crew hitting statutory time limits and needing to be replaced. Looks like a systemic problem worth fixing, maybe?

Fun facts

For comparison: in 2024, NZ was at 22.8% engaged

Leave a Reply