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BMW Motorrad
The Ultimate
Riding Machine
Operating instructions
HP Race Calibration Kit 2

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Summary of Contents for BMW Motorrad HP Race Calibration Kit 2

  • Page 1 BMW Motorrad The Ultimate Riding Machine Operating instructions HP Race Calibration Kit 2...
  • Page 3: Welcome To Bmw

    Use this User Guide to familiar- ise yourself with the software. If you have further questions, your authorised BMW Motorrad dealer will gladly provide advice and as- sistance. We hope that your perusal of...
  • Page 4: Table Of Contents

    Table of Contents You can also consult the index 3 Function descrip- 5 Installation ....61 at the end of this manual if you tion ..... . . 21 System requirements .
  • Page 5: General Instructions

    General instructions Introduction ......4 Abbreviations and symbols ..5 Notes on use .
  • Page 6: Introduction

    Injection cycle or part. tained for you by your authorised Ignition BMW Motorrad dealer. With this BMW product you influence your motorcycle's L-CON Enabling the HP Race Cal- on-board electronic systems to a ibration Kit software voids very significant extent.
  • Page 7: Abbreviations And Symbols

    BMW Motorrad recommends a trary to the modifications made in Indicates the end of a maintenance interval of 5000 km the HP Race Calibration Kit.
  • Page 8: Actuality

    Rider's Manual. Nor road test. Step-by-step approx- can BMW Motorrad entirely imation to the optimum from the rule out errors and omissions. Thus, no claims can be derived...
  • Page 9: Operation

    Operation Working with HP Race Cali- bration ....... 9 Connection to the motorcycle ..10 Motorcycle coupling .
  • Page 11: Bration

    Working with HP Race Calibration bar You can hide this bar by HP Race Cali-bration selecting "Options" from There are a number of the symbol bar. This bar areas in the graphical displays the currently con- user interface of the nected motorcycle.
  • Page 12: Connection To The Motorcycle

    Abbreviations signed to the motorcycle. It is RCK1: Functions of the possible to add additional inform- BMW Motorrad HP Race Calib- ation such as descriptions and ration Software (Version 1) are images to the motorcycle. enabled in general.
  • Page 13: Motorcycle Coupling

    Motorcycle coupling This process is referred to as coupling and should prevent un- intentional loading of an incorrect data record into the motorcycle resulting in dangerous behaviour of the motorcycle. Assign motorcycle name 1, enter comment 2, select im- age 3 or use standard image 4. Deactivate DDC detection 5 as needed.
  • Page 14: Motorcycle Administration

    Motorcycle administration The settings of known motor- cycles can be edited via Edit 1 or removed from the database via Using the Motorcycle administra- Delete 2. tion menu item 1 it is possible to manage the coupling settings.
  • Page 15 In the case of retrofits (e.g. of a shift assistant) the changed configuration is automatically detected and displayed in the BMW HP Race Calibration Kit. Added elements 1 enable the re- spective tab in the working area allowing them to be edited. Omitted elements 2 deactivate the respective tab in the working area.
  • Page 16: Load, Save And Print Files

    Load, save and print files A data record can be saved in a file or loaded from a file. This en- ables you to administrate a library of data records and exchange re- cords with other users. Access to the data-administration func- tions is via the menu or the tool- bar.
  • Page 17 If the data record is saved, addi- tional information arrows (author, small description) can be added.
  • Page 18 The details regarding the current data record are displayed using the file information operating ele- ment.
  • Page 19 Your options for printing the data are "All" 3 or "Current selec- tion" 4 (currently selected char- acteristic curve or characteristic map). The 'Print' window appears in the language to which your operating system is set.
  • Page 20: Data Transfer

    Data transfer Writing data to the control unit 1 A data record becomes active in the control unit, as soon as it was transferred to the control unit. The data record remains in the control unit, until it is overwritten. A data record which may already be present in the control unit is overwritten in the process.
  • Page 21 do this the data record impor- ted from the motorcycle over- writes the data record in the HP Race Calibration software. Note that under these circum- stances too, the data record is always transmitted in its entirety. Access to the functions for read- ing and writing data records is via the menu or the toolbar.
  • Page 22: Restoring Factory Setting

    Restoring factory setting Restoring factory setting 1. The menu also enables you to restore the factory settings for parameters changed before- hand using the HP Race Calib- ration software. Note that all the changes in the entire data record are cancelled in this way. In or- der to activate these factory set- tings in the motorcycle as well, the data must be written into the...
  • Page 23: Tion

    Function description Editing data ......22 Options ......22 Characteristic values .
  • Page 24: Editing Data

    Editing data A data record consists of a fixed number of editable parameters. These parameters represent a subset of the entire engine con- trol and chassis and suspension control functions in the vehicle. Data changes can be seen im- mediately in the HP Race Calib- Selection field 1 activated - Step up/down 1 ration software.
  • Page 25: Characteristic Maps

    Characteristic maps Characteristic maps consist of a value table, a 3D view and differ- ent buttons. Characteristic maps must be ac- tivated. Toggling the red X to a green tick activates the charac- teristic map 1 and the numeric- entry fields then accept entries. If no characteristic map is activ- ated, the motorcycle uses the factory settings.
  • Page 26 correspond exactly to a value on on button 4 restores the default the corresponding axis. The 3D view. If you want to optimise view 10 shows you which input the 3D view 10 you can click on variables are represented by the the "Axis limitation"...
  • Page 27 Characteristic maps Use the mouse or the keyboard to highlight one or more cells and then make your changes. You can use the computer key- board to key in digits. The sys- tem automatically substitutes a comma for a period to avoid con- fusion with the decimal separator.
  • Page 28: Notes On Retrofitting Dtc

    Characteristic curves This enables you to use other retrofitted, the DTC factory set- programs as editors to work with tings are active. Characteristic curves are similar the data. to characteristic maps in many You can undo 9 entries. ways. The difference is that they The reset has no effect on the have only one input variable and rest of the data record.
  • Page 29: Injection

    Injection mounted on the motorcycle. If engine's operating point. If modi- the exhaust system includes the fications were applied to the mo- Lambda control OFF standard oxygen sensors, lambda torcycle in a way that changes control is active ex works. In this the amount of air inducted to the case only it can be deactivated.
  • Page 30 tons, exhaust valves). Particu- Overrun fuel cutoff OFF cutoff function deactivated fuel larly at high engine rpm and wide injection continues, with the en- throttle-valve angles, it is advis- gine receiving the amount of fuel able to make only such changes that corresponds to the flow of as compensate for changes to inducted air.
  • Page 31 Engine braking torque In Engine Brake the motorcycle's deceleration can be influenced in overrun fuel cut-off mode (throttle twistgrip closed). Depending on riding mode and gear 4 overrun air variants can be driven. The overrun effect and/or the deceleration of the variants can be obtained from the table in the tool.
  • Page 32: Ignition

    Ignition Deactivation of the knock control Depending on engine rpm and is not necessary to carry out in- throttle valve angle the computed Knock control OFF terventions in the ignition output. ignition timing can be correc- ted using this characteristic map Ignition correction Offset by applying an Offset if changes Using the characteristic map "Ig-...
  • Page 33 tion at many operating points. must be absolutely avoided, it Under these circumstances self- must remain active. ignition occurs inside the com- Ignition correction is used to bustion chamber in zones of influence the response beha- the mixture not yet reached by viour and engine running at small the combustion triggered in the throttle valve angles.
  • Page 34: Dtc

    rear, opposite the forward direc- of a given race course, the tion of travel. Deviations from the SlipCor Mod characteristic DTC sensors details above will result in meas- maps can be used to tweak the The wheel speed signals from uring errors and even implausible settings, using the information the ABS control unit are used for...
  • Page 35 a standard control unit, the tyre ing slip. It has an effect on tyre down the value for the current stiffness and consequently on radii should not be subsequently mode in the GripLevel charac- actual rolling radius. You can changed. Tyre-radius adaptation teristic curve until the motor- is active in the standard dataset check and, if necessary, cor-...
  • Page 36 ReductionPreControl Torque precontrol Torque precontrol calculates how close the motorcycle ap- proaches to the limit dictated by the Kamm braking circle. In the ReductionPreControl 1 charac- teristic map you can influence torque reduction as a function of engine speed and utilisation of the applied coefficient of friction.
  • Page 37 with the sports silencer from the HP Race Power Kit, the acceleration behaviour for the full-load line is constant in 1st gear as of about 4000 rpm and with a maximum coefficient of friction. The advantage of precontrol is that slip control does not produce any unsteadiness in the chassis and suspension.
  • Page 39 Measurement of the LeanAngleDTCon At the beginning of the measure- ment, slip control and precontrol Heel angle for switch-off LeanAngleDTCon setting are both active at the apex of On a race course, traction con- The graphic shows an example the curve. After the apex of the trol is needed only when the of a data evaluation of the curve the rider accelerates again.
  • Page 40 SlipCor Mod 1-4 used in the system. The system starts engine intervention when Slip correction wheel slip reaches approximately Wheel slip is calculated as 10 % of the computed value. follows: Initially the difference is The basic application is based calculated between front wheel on wheels fitted with Metzeler speed (measured variable is...
  • Page 41 The diagram shows that the tyre radius of the front and rear wheels becomes smaller as the heel angle increases. Accept- able guideline values are a re- duction of approximately 5 % in front wheel tyre radius and a re- duction of approximately 10 % in rear wheel tyre radius when the motorcycle is heeled over to a...
  • Page 42 This difference between tyre radius for the front and rear wheels caused by the heel angle has to be subtracted from the target slip. This is done with SlipCor Mod characteristic maps 1-4, which can be applied depending on front wheel speed and heel angle.
  • Page 43 In the characteristic map the speed 1 is indicated in km/h and the heel angle 2 in degree. For example, if you want 1 % more slip with a SlipCor Mod characteristic map than with the preceding map, add 1 % of the value of the speed interpola- tion point to the original value to each value in the line (for all...
  • Page 44 TrqControl Torque reduction Starting from a calculated wheel slip of approx. 10 % a DTC in- tervention takes place. You can use the tyre radii to increase or decrease the level of slip for the various riding modes. Diagram 1 Measured variable Re_dtc_spn shows the percentage engine torque reduction and results...
  • Page 45 Diagram 2 The downward gradient of the characteristic curve must be strictly monotonous. A tyre with a hard-wearing compound needs more torque reduction even at low reduction levels (falling degressively). Diagram 3 A tyre with a soft/wide limit zone needs less torque reduc- tion at low reduction levels (fall- ing progressively).
  • Page 46 TrqIncrease will make the vehicle sluggish ­ direction. In the characteristic and slow to accelerate. curve SlipOffset the individual Torque increase steps can be stored with slip cor- The described adjust- When rear wheel slip drops rection values. Steps - 7 to + 7 ments assume that a below the values applied in the correspond to the display in the...
  • Page 47: Launch Control

    Launch control Launch Control is used for main- taining a stable start rpm. Fur- thermore, the rear wheel torque should be reduced to the max- imum which can be transferred. For this purpose, application vari- ables engine rpm limitation 1 (maximum adjustable engine rpm) and the corresponding speed threshold (Speed threshold) 2,...
  • Page 48 Launch Control is automatically deactivated when the third gear is reached or if a heel angle of 30° is exceeded.
  • Page 49: Shift Assistant

    Shift assistant torque build-up is in accordance past the permissible limit in the with the factory settings. pit lane as long as you stay in first gear. It is to be considered The rate of torque build-up also that changes to the transmis- has an effect on the drive train's sion ratio or different tyres can reaction to load changes, and...
  • Page 50: Adaptation

    Adaptation The engine control saves differ- ent settings, which are stored in the engine control unit and which are retained even when the bat- tery is disconnected. This applies to the following components: Throttle-valve assembly Exhaust system Airbox, air filter Basic engine (modifications rel- evant to the gas-change cycle) Gearbox potentiometer, shift...
  • Page 51 The function of the shift assist- ant is not activated until you have ridden enough in all gears and the engine has idled for a sufficient length of time with the gearbox in neutral. You can delete the adaptation values in 2 stages: If the modifications do not affect the gearbox po- tentiometer and the shift lever...
  • Page 52: Ddc

    (preferably Theses accessories are not generally differentiated between in the direction of driving at offered by BMW Motorrad. rebound-stage and compression- the beginning of the pit wall). For further information please stage damping. At the front...
  • Page 53 motorrad.com). The installation Individual mode Tuning Factors of a different sensor or a assignment The basis Settings (selected deviating sensor connection in the "Mode" tab as needed) can result in faulty spring travel can be individually adjusted for measurements. This may impact every riding mode.
  • Page 54: Application Example

    SLICK (Set DYNAMIC) damping) is automatically deactiv- The data input of the Tire ated. Alignment setting for rider 2, function exclusively affects the calculation of the lap distance Application example: in the DDC control unit. The Tire RCK2 functionality of Dynamic During a race with rider Traction Control (DTC) is not af- exchange, each rider can prepare...
  • Page 55 Sections Up to 30 nodes are available, which can be distributed across the distance of the course. Every new node must have a larger value (in metres) than the pre- vious node. A deviation of the measured lap distance from the nominal distance, which can for example be read out from the course specification, is probable.
  • Page 56 individual mode assignment is The "DDC_lap_distance" sig- ing Factors 3 should be defined nal contains the lap distance re- used, the selected Setting is in the background. The DDC corded by the DDC control unit. used as adjustment basis in the warning light in the instrument respective riding mode.
  • Page 57 DDC components must be checked via suitable re- strut activation can be further individualised in RCK2. cording using a Datenlogger. In the case of a possible spring By deactivating a compon- strut removal, the rear spring ent, the respective fault dia- travel sensor must be further cor- gnostics is switched off as well.
  • Page 58 DDC_error_status: DDC fault display (0: no fault, 1: fault mode (warning light on)) DDC_rck_status: RCK2 DDC display active (0: not active, 1: active (adjustment in the instru- ment cluster not available)) DDC_displacement_fr: Front spring travel (available only, if a sensor was retrofitted). A mechanical zero point calibra- tion may be necessary.
  • Page 59: Abs

    brake stability. Rear wheel lift detection and deceleration limiting are active. Setting "ABS Standard Race" 2 is designed for increased deceleration. Rear wheel lift detection is deactivated while deceleration limiting remains active. Setting "ABS Standard Slick" 3 is designed for increased deceleration similar to Race.
  • Page 61: Connection

    Connection Connecting to the motorcycle ..60 Disconnecting from the motor- cycle ....... . 60...
  • Page 62: Disconnecting From The Mo

    Connecting to the Disconnecting from the motorcycle motorcycle Use the USB adapter cable to Change data using the connect the computer to dia- HP Race Calibration gnosis connection 1 on the software 2. vehicle. Remove protective Switch off the ignition. cap 2 beforehand.
  • Page 63: Installation

    Installation System requirements ....62 Installing the interface drivers (FTDI) ....... 62 Driver settings .
  • Page 64: System Requirements

    (FTDI) Receive: 64 is loaded (offline). Send: 64 After the HP Race Calibration • BMW Motorrad HP Race Cal- software 2 is installed, the inter- ibration software 2 replaces the BM settings: face drivers must be installed. BMW Motorrad HP Race Calibra-...
  • Page 65: Index

    Injection duration Abbreviations and symbols, 5 Editing characteristic maps Influencing fuel quantity, Activating characteristic maps, adjusting fuel mixture, 27 Editing ABS settings, 57 editing parameters, editing Activating DDC components value tables, 23 Lambda control Switching activation on/off, 55 Engine brake Switching lambda control off/ Influencing the engine braking on, 27...
  • Page 66 Shift assistant Adjusting the shift assistant, 47 Slip correction Determining wheel slip, 38 Torque precontrol Adjusting the torque reduction, 34 Transferring data into the control unit Data transfer, 18 Tyre radii Determining tyre radii, 32 Entering the tyre radius, 22...
  • Page 67 Depending on the scope of equipment or accessories of your product from BMW Motorrad but also in the case of country- specific versions, deviations from the details described or illustrated in this booklet may occur. No claims will be entertained as a result of such discrepancies.
  • Page 68 *77018544506* Order No.: 77 01 8 544 506 12.2012, 1st edition...