Tyre Technology

Motorcycle tyre technology uncovered

The life of a Moto2 tyre begins in the modelling room using advanced computer simulation software. This predicts properties such as spring rate and camber thrust, calculates the effect of alternative composite materials, and finds the optimum profile. This programme can take up to a week to run.

The engineers then construct 3D models using sophisticated CAD software to visualise the intended tyre. Finite Element Analysis (FEA) will depict any high load areas that could generate heat. Only when all the computer work is finalised is metal for the tyre moulds cut.

Tyre building begins with fine layers of specialist materials such as exotic composite and metalic fibres as well as regular materials like polyamide and rayon to form the carcass basis. Within lies a true secret – the constructional components which make up the basis of Dunlop’s NTEC. The fantastic stability of NTEC offers the ability to run at lower inflation pressures, resulting in improved sidegrip, durability, traction and feedback.

Dunlop pioneered Multi-Tread tyres (MT) in the early 1980s. Now all of Dunlop’s hypersport and supersport road tyres use Multi-Compound technology (a “Traction” centre compound for stability and durability at high speed, and “Lateral Grip” shoulder compounds to maximise corner grip).

Race tyres can go much further. Dunlop engineers have collated laser scans of each major circuit, enabling the engineers to differentiate and categorise the tracks depending on their severity. This, combined with historical data and telemetry, determines the compound characteristics for each application. Dunlop Motorsport’s latest manufacturing technology now enables the finest sliver of a given compound to be applied to a designated part of the tread with pin-point accuracy – optimising performance on individual corners.

Dunlop’s Moto2 tyres must be consistent over a wide range of operating conditions. Stringent quality control analyses each tread compound before construction; each finished tyre is x-rayed and checked for uniformity and balance.

Despite there being no competitors to Dunlop, in the second year of Moto2 development will continue throughout the season, and the lessons learned will be applied across the motorcycle race tyre range.

Dunlop – Race to Road Technology

Championship standings

Pos. Name Team Points
1 Stefan Bradl Viessmann Kiefer Racing 274
2 Marc Marquez Catalunya Caixa Repsol 251
3 Andrea Iannone Speed Master 177
4 Alex De Angelis JIR Moto2 174
5 Thomas Luthi Interwetten Paddock Moto2 151
6 Simone Corsi Ioda Racing Project 127
7 Bradley Smith Tech 3 Racing 121
8 Dominique Aegerter Technomag-CIP 94
9 Michele Pirro Gresini Racing 84
10 Esteve Rabat Blusens-STX 79
11 Yuki Takahashi Gresini Racing Moto2 77
12 Aleix Espargaro Pons HP 40 76
13 Pol Espargaro HP Tuenti Speed Up 75
14 Julian Simon Mapfre Aspar Team 68
15 Scott Redding Marc VDS Racing Team 63
16 Mika Kallio Marc VDS Racing Team 61
17 Kenan Sofuoglu Technomag-CIP 59
18 Randy Krummenacher GP Team Switzerland Kiefer Racing 52
19 Yonny Hernandez Blusens-STX 43
20 Max Neukirchner MZ Racing Team 42
21 Jules Cluzel Forward Racing 41
22 Anthony West MZ Racing Team 40
23 Mike De Meglio Tech 3 Racing 30
24 Mattia Pasini Ioda Racing Project 28
25 Claudio Corti Italtrans Racing Team 23
26 Xavier Simeon Tech 3 Racing 23
27 Alex Baldolini Forward Racing 18
28 Kev Coghlan Motorsport 69 11
29 Kenny Noyes Avintia-STX 11
30 Ratthapark Wilairot Thai Honda Singha SAG 4
31 Ricard Cardus QMMF Racing Team 2
32 Axel Pons Pons HP 40 1

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