Jump to content
SAU Community

Recommended Posts

EDIT: I searched a little more and found the info I was looking for :ninja:

Does anyone know what the codes stand for on the compliance/modification plates?

My friend has a Silvia that is in supposedly stock form (non turbo CA) with the codes L01, LK3 & LK6 on the plates. I assume it's things like ADR approved seatbelts & side intrusion bars that were fitted. But I'm not 100% sure.

Edited by so_tred
Link to comment
https://www.sau.com.au/forums/topic/148221-compliancemodification-plate-codes/
Share on other sites

  • 1 month later...
EDIT: I searched a little more and found the info I was looking for :woot:

Does anyone know what the codes stand for on the compliance/modification plates?

My friend has a Silvia that is in supposedly stock form (non turbo CA) with the codes L01, LK3 & LK6 on the plates. I assume it's things like ADR approved seatbelts & side intrusion bars that were fitted. But I'm not 100% sure.

I'm only your friend am I? 8-)

I found a few different lists on Government websites in the past so i'm not sure which is correct.

Modification codes for light vehicles

(GVM or GTM 4.5 tonnes or less)

Engine

LA1 Engine Installation / Modification

LA2 Engine Design

LA3 Engine Emission Test

LA4 Vehicle Noise test

Fuel System

LB1 Fuel System Installation / Modification

LB2 Fuel System Design

Intake/Exhaust System

LC1 Intake/Exhaust Modification

LC2 Intake/Exhaust Design

LC3 Turbo/Supercharger Installation / Modification

LC4 Turbo or Supercharger Design

Transmission or Driveline

LD1 Transmission or Drive train Installation / Modification

LD2 Transmission or Drive train Design

Steering System

LE1 Steering Modification

LE2 Steering Design

Suspension

LF1 Suspension Modification

LF2 Suspension Design

Braking System

LG1 Brake System Modification

LG2 Brake System Design

Body, Chassis or Frame

LH1 Sunroof installation

LH2 Turret or Roof Modification (eg sedan to convertible or back)

LH3 Wheelbase or Wheel track Modification / Design

LH4 Body, Chassis or Frame Modification

LH5 Body, Chassis or Frame Design

LH6 Determine vehicle rating (ie GVM, GCM or ATM, GTM)

LH7 Structural Analysis: Beaming & Torsion Test

LH7 Structural Analysis: Dynamic Stability Test

LH8 Not Used

LH9 Street Rod Construction

LH10 Not Used

LH11 Campervan and Motorhome Conversion

Driving Controls or Aids

LJ1 Driving Control or Aid, Installation / Modification

LJ2 Driving Control or Aid, Design

Seating or Occupant Protection

LK1 Seat/Seat Belt Installation / Modification

LK2 Child Restraint Installation / Modification

LK3 Anchorage Design for Seats, Seat Belts or Child Restraints

LK4 Wheelchair Restraint Installation / Modification

LK5 Wheelchair Restraint Design

LK6 Roll Bar/Cage Installation / Design

LK7 Not Used

LK8 Roll Bar and Roll Cage Installation

Lighting System

LL1 Lighting System Installation / Modification

LL2 Lighting System Design

Fuel Systems

LM1 Fuel Tank Alteration

LM2 Liquid Petroleum Gas Installation

LM3 Compressed Natural Gas Installation

Vehicle Standards Compliance

LO1 Australian Design Rule Compliance

LO2 ICV Passenger Cars and Derivatives

LO3 Personal Imported Vehicle Compliance

LO4 ICV Tricycle LEM1

LO5 ICV Tricycle LEP1

LO6 Street Rods

LO7 ICV Motorcycle

Suspension and Steering

LS1 LHD Vehicle Steering Conversion (Design)

LS2 LHD Vehicle Steering Conversion

LS3 Front Suspension and Steering Conversion (Design)

LS4 Front Suspension and Steering Conversion

LS5 Rear Suspension Conversion (Design)

LS6 Rear Suspension Conversion

LS7 High Lift - 50mm to 150mm (Design)

LS8 High Lift - 50mm to 150mm Conversion

Body, Chassis or Frame

LT1 Tow Coupling Installation/ Modification

LT2 Fifth Wheel and King Pin Installation/ Modification

LT3 Coupling Design

LQ1 Vehicle-mounted hoist, crane, lift gate, etc, Installation / Modification

LQ2 Vehicle-mounted hoist, crane, lift gate, etc, Design

LQ3 Wheelchair Loader Installation / Modification

LQ4 Wheelchair Loader Design

Wheels, Tyres or Axles

LW1 Axle Installation / Modification

LW2 Axle Design

LW3 Wheels/Tyres package Installation/ Modification

LW4 Wheels/Tyres package Design

Other

LX1 Individually Constructed Vehicle (ICV)

LX2 Imported Vehicle

LX3 Moped, M/Cycle or M/Tricycle Modification

LX4 Moped, M/Cycle or M/Tricycle Design

LX5 Tow Truck Design

Another list i found has

LB1 Transmission substitution

LB2 Rear axle subtitution

LT1 Beaming & Torsion Tests

LT2 Lane Change Manoeuvering Test

LT3 Gaseous Emissions Test

LT4 Noise Test

So i'm not sure why there's a diffence between the 2 lists.

Links

http://www.rta.nsw.gov.au/registration/downloads/vib58.pdf

http://www.dotars.gov.au/transport/safety/...ro_3Feb2006.pdf

National Code of Practice for Light Vehicle Construction and Modification

http://www.dotars.gov.au/transport/safety/...n/vsb_ncop.aspx

Another list from Qld Transport

http://www.transport.qld.gov.au/qt/LTASinf...%20_Feb2004.pdf

LIGHT VEHICLE MODIFICATION CODES

LA1 Engine Substitution

LA3 Turbocharger and Supercharger Installation

LB1 Transmission Substitution

LD1 Rear Axle Replacement

LD2 Differential Substitution

LG1 Brake System Substitution (Design)

LG2 Brake System Substitution (Modification)

LH1 Convertible and Cabriolet Conversion (Design)

LH2 Convertible and Cabriolet Conversion (Modification)

LH3 Passenger Vehicle Extended Wheelbase Conversion (Design)

LH4 Passenger Vehicle Extended Wheelbase Conversion (Modification)

LH5 Individual and Low Volume Vehicles (Design)

LH6 Individual and Low Volume Vehicles (Modification)

LH7 Panel Van to Utility Conversion

LH8 Roll Bar and Roll Cage Installation

LH9 Street Rod Certification (Concessional Registration)

LH10 Street Rod Certification (Unrestricted Registration)

LK1 Seating Capacity Alteration and Seat Belt Installation

LK2 Seat, Seat Anchorage and Seat Belt Anchorage Certification

LK6 Child Restraint Anchorage Installation

LK7 Motorcycle Seating Capacity Alteration

LM1 Fuel Tank Alteration

LO1 Australian Design Rule (ADR) Compliance

LO2 Pre 1972 Imported Vehicle Safety Compliance

LO3 Personally Imported Vehicle Compliance

LS1 Steering Conversion (Design)

LS2 Steering Conversion (Modification)

LT1 Beaming and Torsional Testing

Edited by neil_se
  • 1 year later...

Create an account or sign in to comment

You need to be a member in order to leave a comment

Create an account

Sign up for a new account in our community. It's easy!

Register a new account

Sign in

Already have an account? Sign in here.

Sign In Now


  • Similar Content

  • Latest Posts

    • This sounds like a perfect excuse to install a Haltech R3.
    • I do believe from context he is talking about a S0/S1 R33 RB25 with associated ECU and Wiring for that, and a manual gearbox into a R34 N/A Auto. I don't have the knowledge of all the pinouts and such but my gut feeling from doing my own conversion is to use as much of the R33 stuff that you can. The "car" wiring is quite seperate from the "Engine" wiring when all things are considered. The only things to truly consider 99% of the time is the cluster, reverse lights and potentially disabling the 'not in P/N' immobilizer circuit.
    • A realistic expectattion of how long it has to last also comes down to.... when do you think you will be banned from registering and driving old petrol powered shitters? It's 27 years since that thing was built. It probably rusted out 15 years ago. It was probably repaired and looked OK for another 10. If you do a similarish bodge job now, or perhaps slightly better with some actual rust conversion and glassing, then.... get another 10-15 years out of it, after which you'll only be permitted by the CCP to drive electric cars manufactured in their Shenzen zone anyway. 
    • Let me assume that the concern over a manual ECU is that the NeoDET that you have was an auto and has an auto ECU. That ECU will not be a problem, but you WILL have to Nistune it. And you would have to Nistune it even if you had a manual ECU, because the turbo ECUs will shit the bed if they do not have all the things that they were told they have to have, to be happy. The big one being the TCS CU, which you won't have in your car. Anyway, with an auto ECU (which I have running my originally auto NeoDET in an R32) Nistune allows you to put in a Stagea image which doesn't panic about the absent TCS, and allows you to override a whle bunch of other annoyances that would otherwise see the check engine light on 100% of the time. Also, you can't wind up the power very far on the stock NeoDET ECUs without Nistune, because the boost sensor gets in the way. Nistune allows you to push that problem much further up the dial. Do you even have the boost sensor with the engine? Without it, you are SOL and will need an aftermarket ECU (or to find a sensor somewhere, god knows where). I can't tell you what the wiring loom differences are in a 34. But what Duncan said above needs to be considered. When you say "loom", does that include the transmission loom? Because you will need to swap out the auto tranny loom for the equivalent manual loom, and get rid of the neutral/park start interlock (basically hot wire it).
    • I have had the r3c in for years now, maybe close to 7 years and it has never missed a beat, anyone can drive it. Super easy to drive around town, the hotter it gets does get a little hard but it holds the power easy as 
×
×
  • Create New...