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Hello, I am joining this forum with hopes to be able to supply you guys with some hard to come by parts for your beloved Nissans, as the title states we are the second oldest Nissan dealer in the uk and we are looking to move some of our older parts that have been stored away for years. I will be doing a follow up post with our parts list which should have thousands of items for you guys to sift through at your leisure, I just wanted to test the waters to see how helpful this would be for you guys, any responses or comments appreciated. Kind regards, Oscar

Hi all! Im thinking of getting a Pathfinder in the next month or two. Wanted something bigger for going fishing/camping and always loved the look of the Pathfinder. Especially the older shape (07/08 models). Has anyone got a rot free one with upgraded timing chain they are thinking of parting with? Thanks in advance 🤘🏻🙂 Harry

Sounds like water ingress into the electronics or sensors (not sure how deep the water was). If it is allowed to dry out in the sun then possibly it may work then.

I have always managed to find replacement resistor packs for most cars on eBay More than likely would be the same for most Nissan models - remove it and compare to images of them on eBay

I wasn’t planning on buying a Nissan Leaf. I was only vaguely aware it was an option. We had been contemplating a fully electric car for a while, but were torn between a smaller vehicle and a larger one with a significant towing capacity. It was a toss-up between a Tesla Model Y as the larger option or something else as the smaller option, but we didn’t know what the something else would be. We stumbled into the local Nissan dealer while out window-shopping for cars recently, and they showed us three used Nissan Leafs they had in stock. After many questions with the dealer and a test drive, we bought the 2020 Nissan Leaf Tekna 40 kWh, subject to financing. I spent the next few days researching all I could about the car and organising financing and insurance. A week after the initial test drive, we drove the shiny new toy off the lot and took it home. This is our first fully electric vehicle. I previously had a non-plugin hybrid, so I was familiar with regenerative braking. However, driving a fully electric car is a different experience, so there would be a learning curve. The first and most apparent difference in the driving experience is the buttery smooth transition between accelerating and decelerating and the equally jolt-free transition from stationary to moving and from moving to stationary. Pulling up to a traffic light or otherwise coming to a complete stop is smooth, with no engine vibration, no jolt from a change in gears, etc. It’s an absolute joy to drive. The Nissan Leaf has an ePedal feature. This feature must be manually engaged when you start the car using a pull switch in the centre console near the gear stick. When engaged, the car maximises regenerative braking. Usually, when you press a car’s brake pedal, the car’s forward momentum is arrested as brake pads heat up through friction. All the car’s forward momentum energy is transferred to the brake pads' heating, so it’s lost as heat energy. When you lift your foot from the accelerator while the ePedal feature is engaged, the Leaf’s motor instantly becomes a generator. This happens each time the car slows down while driving, which can be quite often if you are in the city or the journey is primarily stop and go. All the car’s forward momentum is captured as energy used to charge the battery for as long as you’re braking. The transition from motor (using energy from the battery) to generator (putting energy into the battery) is instant and seamless. The more stop and go and braking (lifting your foot from the accelerator), the more energy is reclaimed and put back into the battery. Where the difference in driving experience is noticeable between the Leaf and a regular ICE (Internal Combustion Engine) car, is that the braking effect from just lifting your foot off the accelerator is considerably more acute – especially when ePedal is engaged. In other words, the car slows down much faster than you might otherwise expect. It takes a bit of getting used to. I love the ePedal, but my wife doesn’t. I do have to remember to engage the ePedal feature each time. Sometimes I forget, and then engage it after I’ve started moving the car, such as reversing out of the garage. The car then almost immediately comes to a complete stop due to the braking effect, so I’m still getting used to this. Range anxiety, or the fear of running out of battery charge at inconvenient times, is a genuine concern. Although the fear is real, we’ve not encountered any actual issues in practice. The car has three charging options, each associated with one of two different charging connectors under the small flap in front of the bonnet. When unlatched, either by pressing the button on the key fob or the button on a panel to the left of the steering wheel, the flap can be raised to reveal the two charging ports. The one on the left is the CHAdeMO charging port for fast charging (up to 50 kW). When at a fast charging station, you connect the cable physically and permanently attached to the charge pole into this slot. The charging port on the right side is for AC charging. Two cables come with the car for use with this slower AC charging port. One has a regular household plug on the end, which you use to plug the car in at home. That will give you a trickle charge (2.3 kW) which is relatively slow and typically requires the car to be plugged in overnight to charge the battery fully from near empty. The other is for charging faster at paid locations while out and about (6.6 kW). It’s slower than the CHAdeMO fast charger but fast enough to give you a decent charge after a couple of hours, such as while out shopping or at a restaurant. The CHAdeMO charger could take me from 15% to 80% in about half an hour. While researching the car, before I had paid for it, I learned that getting a battery SOH (State Of Health) report was prudent. Fortunately, the Nissan dealer accommodated this request and provided me with the report. In my case, the report showed the battery was still at 100% health. If the battery health deteriorates below a certain threshold after a certain period, the warranty kicks in and you can have the battery replaced under the warranty. As my Leaf is only 5 years old and came with just 18,500 KM, I did not expect any significant degradation. Using a dongle and a smartphone app called LeafSpy, you can extract detailed telemetry from the car, which provides much more in-depth insights into the vehicle’s usage, battery charging history, etc. I have yet to dive into that. The two charging cables that come with the car are heavy duty, and not the easiest to fold away tidily into the pocket on the inside of the boot. Life with a fully electric car now involves the logistics of managing these cables, taking them out and wrapping them away again after each charge session, etc. We’ve left the AC charger with the household plug permanently plugged in to a socket in the garage, so it’s always conveniently placed to plug in when the car is in the garage. However, it only just reaches. The cable is 5m long. The car itself is 4.5m long. Using extension cords is ill advised for various reasons, so having a plug socket adjacent to where the car is parked while charging is a consideration. You can find out how much charge the battery has at any point from the dashboard while the car is turned on, but there is also a Nissan smartphone app called NissanConnect EV, which you can use to access that information remotely. The car periodically communicates charging telemetry with Nissan’s computing cloud. The app then reads that data from the cloud to provide you updates. We’ve found this slow and the app somewhat buggy and limited. There’s another app called My Leaf. That’s marginally better but still quite slow to refresh and display updated information. With both apps, the information is never immediately at your fingertips – there’s always an annoying delay getting the refreshed data. Our experience with charging while out and about has been a little hit and miss. Our local McDonald’s has a charging pole from Vattenfall. There are two bays and three charging cable types. I’ve attempted to use it twice. Both times I’ve been able to park and hook up, but one time there was a message on the screen indicating there was no power available. I called the number listed and spoke to a real person, but they said they could do nothing since it was outside of regular office hours. The other time it worked perfectly, and I charged from 15% to 80% by the time I finished my meal. Fortunately, my employer provides free charging for electric vehicles. I’ve been able to charge my vehicle to 100% each time I’ve parked at the office, even when I only worked for a half-day. There are dozens of charging networks around the country and Europe. This means you might individually need to subscribe to each network to access their charging locations, which can be quite a hassle. I decided to take out a charge subscription with the ANWB, which affords me access to a wide range of chargers around the country and Europe. Although this doesn’t grant me access to every charge location, it covers a very wide range, and their app helps me identify locations, how many bays are available, what charge connection types are supported, how much it costs to charge there, etc. Being a relatively new car, at just 5 years old, it’s in very good condition. There are no dings or dents and it looks and feels as new. That said, we did have the red airbag warning light come on after a few days. The car is now booked in for a warranty repair of whatever that problem is. Otherwise, we can find no issues with the car. The car feels less spacious inside than other cars we’ve owned (our Citroen Picasso and Renault Megane were both larger vehicles on the inside). Somehow, I feel a little more enclosed in the Leaf. There is less space in the front seats than I would like. I’ve taken to placing a small towel between my right leg and the center console, as my right leg rests against the center console’s hard plastic otherwise, and it can feel a little uncomfortable after a while. After starting the car, I plug in my iPhone to use Apple’s Car Play in-car system. There’s nothing wrong with Nissan’s own in-car system, which seems nicely laid out and easy to use. I’ve just become accustomed to using Car Play in other vehicles and like it. My only gripe is that it can take up to thirty seconds after switching on and plugging the USB cable into the iPhone before the Car Play interface loads and starts. That might not sound like much but that’s about 25 seconds after I wanted to drive away already, and the delay this causes is often inconvenient. I don’t want to have to operate the touchscreen after I’ve started moving, for obvious reasons. One of the Leaf Tekna's really cool features is its 360-degree camera vision. When the camera is engaged (automatically while in reverse or otherwise when pressing a button), the views from the various cameras are stitched together to depict a top-down view of the car so that you can see all around it. This ensures you don’t bump into anything when manoeuvring the car around tight spaces, and it gives you more peace of mind and confidence while reversing. The Leaf's primary fast-charging port is the CHAdeMO port. However, this standard is outgoing and being replaced by the CCS (Combined Charging System) standard. As the CCS standard slowly takes over, fewer fast chargers will have CHAdeMO. Eventually, it will be necessary to get an adapter. Currently, there are a few adapters on the market, but it is early days and they are expensive, ranging anywhere from €750 to €1100. Having an adapter will open up a lot more charging options for the Leaf, but I expect the prices to come down over time as more adapters become available and economies of scale kick in. Other nice features of the Leaf are the adaptive cruise control and lane assist. Adaptive cruise control means you can set a speed and the car will automatically adjust up and down (without going over) as required depending on whether traffic is ahead of you. If traffic in front slows down, so will the Leaf. When the traffic ahead speeds up, so will the Leaf. The lane assist will keep the Leaf in lane even during light turns. Technically, you can take your hands off the wheel, and the car will still steer itself. There are limitations. It doesn’t work for anything other than a slight bend in the road, and the system will warn you if it detects you’ve let go of the steering wheel for over a few seconds. While engaged, the cruise control warns you if you get too close to, or go over, the white road line markings. It grabs your attention with audible and physical alerts. You hear what sounds like a car horn and the steering wheel vibrates simultaneously. Nissan got this just right. Together, these warning signals grab your attention but are not so shocking as to scare the wits out of you. We have noticed that the indicated range at the start of any journey is much more optimistic than what we get in practice. When leaving my office with 100% battery charge, the car indicates a range of 255 KM. After driving 40 KM to my home, the range is indicated to be around 190 KM. Despite only driving 40 KM, the indicated range reduced by as much as 65 KM. Much of my drive home is on the motorway, where there is limited scope for capturing regenerative braking energy, but it still feels like we’re getting less than what’s promised – especially on longer trips. There is a touchscreen LCD display, but I find the resolution to be average at best. It could benefit from having a better resolution, not to mention a slightly higher placement on the dash, so we’re not having to look down at it so much. Even though the Tekna is the more premium version of the Leaf, it doesn’t have electrically operated seat adjustments for the passenger and driver seats. I really miss that. It does have a very good sound system, which we really like. That said, the Bose base unit in the boot does seem to take up some boot space. Also a missing feature is an automatic boot operation. My wife misses that feature also. Overall, we’re very happy with our 5-year-old 2020 Nissan Leaf Tekna 40 kWh. The positives outweigh the negatives by quite some margin. The car is delightful to drive. We’re thrilled with the purchase and have made a relatively seamless transition to fully electric driving.

Hello, I recently imported a rare Nissan Stagea 350S with the 6 x speed manual gearbox only 167 were made by AUTECH , i took it for its first mot today and it failed on both front lower control arm inner bushes would anybody know who can supply me with items or better still a pair of wishbones which makes the job easier for the mechanic. Cheers .. jimcrickuk@aol.com

Thanks Trevor on further investigation we have found similar fault on other Vehicle's and it was found to be Evaporative sensor ( Ambient Thermostat) have one on order but nil stock Australia due in a couple weeks I will post the result

Thanks - I got a new primer pump and it didn't help at all. I could try a new filter, but I did change that one recently.

Maybe it is the same sensor part number if the lead is long enough to reach - that is assuming it has a B sensor.....if you do find another there, change the plugs over to the A sensor and see if the fault transfers to A sensor

Hi...welcome to the Club Can't go too wrong with a Micra. Simple engineering and go on for years Good to have you onboard!

Cheers everyone will give it a go when I'm on holiday in 3 weeks for 3 weeks. Scot

Sounds like the Tire sensor has gone bad

Hi Hoping someone can help with problem I am having with my QX. Car starts but tickover not smooth. As soon as you touch accelerator pedal it dies. Eventually after numerous attempts it will rev up but will not rev past 2000rpm. just pops and bangs which obviously is not good. If you engage drive (4 speed auto with overdrive) it stalls. Need to hold revs at around 1300 -1400rpm to get it to pullaway but of course it does so with a jerk. Once on the go gearbox changes are often hesitent along with its reluctance to rev. Have serviced the car along with new plugs. Even changed transmission oil. No Engine management warning lights on dash. No warning lights of any kind. Car has covered just under 130,000 miles and never had any problems like this before. Has always started 1st time and run smooth as clockwork. Any ideas/suggestions as to cause and cure would be gratefully appreciated. Many thanks Mike

Hi, same issue I had. Battery is fully charged. All the lights were on but not starting. I found this in another forum I followed the advice and I worked. Hope it’ll help 🙂 Thanks Jackyboy117’s advise : ‘I turned the ignition switch to the second point just before you start the engine, I then got out the car and disconnected the negative lead and replaced straight away. Now the car started to try and start but would only make the noise. I then had to shut all doors and bonnets, turn the engine off, lock the car with the key, open the car with the key, half turn the ignition and leave for 5 mins. Once the 5 mins is up turn off the car and straight away start.’

Hi - just bought my first Nissan ... a 2008 1.6 ltr Micra K12 cc Sport convertible in silver. 3 previous owners and 116k on the clock... it was a cat n insurance write off due to light damage to boot lid and rear bumper! It runs excellently, even the intelligent key works (well most of the time - lol!) ... and the roof works perfectly, so looking forward to the summer months! A few pics the 'Micra Machine' attached. Cheers Steve!

Hi Trevor ... thanks for your kind remarks! Yes, a month of ownership and no real disasters (yet 🤣) .... the keyless entry works 100% of the time but the keyless start is a bit erratic, often resulting in the emergency key being used .... I've replaced the batteries in the fobs and used WD 40 in the barrel .. but problem still exists ... any clues? .... also the replaced the front sidelight bulbs with LED bulbs and the nearside blows almost instantly ... mystery indeed! Cheers Steve

It could be battery condition if it is that old so worth starting with a test and replace if necessary Also worth checking all earth leads from the battery onto the engine and transmission back to the chassis. If any of these are corroded or broken that could cause the problem

Picking up 2012 highway star Serena in a couple of weeks. Excited.

Thanks Trevor for your reply. I have replaced the Earth connections and looked for leaks, but will double check any way. The idle issue is the same even with the pedal position pot disconnected, so I concluded that was not the issue, but will measure the voltage as you suggest.

I am a newbie here and have a '85 300ZX (see pic) that I am trying to find maintenance for in San Antonio,TX. I would like to find a reliable maintenance shop for regular support as well as when it needs more in-depth attention. Does anyone have a suggestion or two? Thanks.

I swapped the cluster this weekend. Also took the opportunity to replace the crappy OEM-radio with a Bluetooth one. Used a 1-din dashkit for that, looks quite alright actually. Nothing needs to be done to enable the replacement cluster. It’s plug and play. The mileage is stored in the cluster, so make sure you install one with slightly higher mileage than what you have as to not get into any odometer issues during the next MOT. I swapped my faulty 179k cluster with disabled check engine light for a unmolested one with 185k on it. Paid 40 bucks for it at a local junk yard. Those extra 6k in mileage won’t hurt the (non-existent) resale value anyway.

I managed to contact a electrical specialist for this Thursday so will update on the outcome. I even looked into 'All Data' but they want yearly subscription fee which i certainly won't utilise all the time. It would be good to see get some feedback from any of the forum members that have this subscription and does it cover the Infiniti diesel Euro models ? Not everyones style but this is it.

Hello there im searching for a 1990 sunny coupe gti rear spoiler, hope somewhan can help me find one or hase one for sale.

Hi keithtoon ....welcome to the Club There are aftermarket companies on the internet selling SatNav update discs but beware, some work and some don't ! They are not too expensive and worth a try as cheaper than main dealer

Hi all thought I’d drop in before placing my first post in the hope you can help

sounds like the connector rod or cable is broken and would require the dash stripping out to investigate

It may be that the previous owner had the function switched off You could ask the dealer to reinstall the function via the scan tool but this would cost Chances are it has LED lighting, if not then I would fit a bulb with a reverse beeper built in https://www.ebay.co.uk/sch/i.html?_from=R40&_trksid=p2499334.m570.l1313&_nkw=reverse+light+bulb+with+beeper&_sacat=131090

Current upgrade status

Hi all, I've been having some throttle response problems (flat spot), juddering issues at certain revs and poorer fuel economy on my Micra K12 2003 1.2 petrol. I tried to find a guide online that would help me remove and clean the throttle body but I couldn't find anywhere that could show me the location of the throttle body or even how to remove it. So I decided to find the throttle body myself and undertake the removal and cleaning in the hope of creating a guide for other people who would like to know how to do it. I took some nice photos as I progressed which I could use in a guide. I have put together a little guide which you can find detailed below and also a copy on my website which should help anyone wanting to remove and clean the throttle body on their 1.2 petrol K12. The guide is detailed below in this topic. Alternatively you can also access the guide at: http://www.limecove.co.uk/nissanmicrak12/nissan-micra-k12-throttle-body-removal-clean.html Hopefully it'll be useful. Thanks, Chris

That's great thank you for that.

I would recommend getting something like a silicon hose which would be stronger and cheap to buy by the length Try Demon Tweeks as they have a good range of hoses

I have had the car checked and there are no issues. It appears to be a fault with the app and Nissan are looking into it.

Hello, I believe if you put the town in that box, rather than the postcode, it will then let you input the road and then the door number in the other boxes. I hope this helps.

Hi Luke.....welcome to the Club I would say you are correct that it is the antenna and as far as I am aware it would not need coding to the vehicle as it does not generate or hold the immobilise code (the ECU would have that information) it simply amplifies the signal from the immobiliser chip in the key fob

Hi everyone, greetings from Denmark and thanks for membership. I´m here for tips and tricks, hope I can get some and give some. My car is a Micra K13 facelift

Common fault on Qashqai is condenser failure. Perhaps your A/C system doesn’t have gas in and isn’t working accurately.

Hi, what codes showed up when you had it checked? I’m sure you can’t just purchase the regulator as it is inbuilt into the fuel pump on the 1.5 k9k engine so you would have to fork out for the lot

Thinking of selling my 1996 Nissan QX 3ltr SEL. Any idea as to what price I should ask? Thanks Mike

Thanks Trevor. Will have a look but not sure about my soldering skills now due arthritis in fingers etc. Still if it turns out to be the problem sure I can find electrical repair shop to solder it.

Here is a procedure I found and seem to recall using the same technique before on a T31 You must use ORIGINAL KEY to start procedure 1. Sit in car lock all doors with power “switch lock on driver side door” 2. Using ORIGINAL key insert and remove key till doors UNLOCK within 8 seconds, usually insert and remove six times 3. Turn ORIGINAL key in ignition to ACC position (Do not start engine) 4. Lock all doors with “power door lock switch on Driver side door” 5. Press lock or unlock on NEW key this will match them up, if you have another key press lock or unlock as well, it will be programmed all keys to the same code. To exit program mode, turn the ignition OFF. UNLOCK the door using the driver side switch. Test fobs

Think it shows the fitting points in the manual

I would start with the grease, clean it from the reluctor ring and go from there

Hi....welcome to the Club Two things come to mind... 1. Crankshaft Sensor which looks for rotation of the crankshaft which will signal the Engine Management System (EMS) and give the command to fuel and spark dependent on engine speed. If this is faulty (usually when hot and the resistance changes) then this can cut the engine and start when cooled down. 2. Throttle Body adaptation which is adjustable using a scan tool. A lot of times this comes down to carbon build up and benefits from cleaning which gives a constant smooth idle speed A scan of the EMS should give stored fault codes which lead to a more precise diagnosis Let us know how you get on with it all

Hi, not had chance to really look yet, what with work and crappy weather, will post when I do, thanks m8

Hi guys I'm new to the group hoping to buy a 2018 nissan micra 1.5dci with 18k on the clock... im abit unsure if I should buy it as I only seem to find negative reviews. I was wondering if anyone had any positive experiences with the micra. How reliable are they? What are the common faults etc... Any help would be greatly appreciated Thanks Luke

I've just got off the phone to Nissan (Colebrook way, Andover) they've advised me to take it back to the garage that fit the head gasket and check that they've plugged the sensor in properly. I've basically got to start at the beginning and work out the problem. On a positive note the sensor light stayed off for the mot and passed today 🙌 booked in next Friday (once I'm out of isolation). Fingers crossed its something so simple 🤞

I think its a very handy accessory. I'm considering adding another towards the rear of the car. Cross referencing the part numbers for the 12v power socket in the centre console box, and the one at the rear of the car, they have the same part numbers. Centre console: Boot: So that does technically mean that the cabling that comes with the usb package, should fit the onto the wiring loom in the boot also. I'll rake a chance and order one, and see what space there is to mount this in the 3rd row of seating/boot area. For information, I bought the kit for £21 from a Renault parts dealer on ebay. Other sellers have them on there for up to £68. So worth it, I believe for an OEM part.

Hi Daroosi, did you ever resolve your screeching central locking as my 2007 model has started doing the same, Mickmoonie 🤘

Nissan Micra K12 Throttle Body Removal and Clean Welcome to this guide on how to remove and clean the throttle body on a Nissan Micra K12. This procedure was done on a 1.2 2003 petrol model. As I couldn't find a good tutorial on this process I thought I would have a go myself and then put together this guide for other people. The process is actually relatively straight forward once you know how. I was experiencing juddering at certain points on the rev range and when the car was in a certain gear, MPG had decreased plus some hunting when the car was idle. So I decided that I would clean the throttle body to see if that would help. I actually didn't know exactly where the throttle body was located on this model. It's actually located under the air intake box/top manifolds which are shown below. It's actually located inside and under the top of the plastic manifold housing. Once you have removed the throttle body you will realise that it's actually connected to one of the electrical connections on the top of the housing that you will need to disconnect as part of this process. Throttle body location This is where the throttle body is location on a 2003 1.2 petrol Nissan Micra K12. Tools required This is a list of tools and other items required to get to the throttle body, remove it from the housing and then clean it: Pliers or grips 10 mm socket Ratchet Toothbrush or cotton buds and an old but clean cloth A good carb/throttle body cleaner The process So here are the steps. Step 1 - Remove the air intake and air filter box Remove the air intake pipe (highlighted by the red arrow) by removing the plastic lugs that hold it to the front of the engine bay and then remove the other end from the air filter housing on the right. I had to slightly twist mine and then gave it a hard pull to detach it. Then remove the air filter housing from the manifold housing. Do this by unclipping the metal retaining clips (highlighted in blue in the image below) located on the front and the right side of the housing. There are only two clips that hold this in place. They simply unclip upwards and one remains connected to the top housing and the other remains connected to the air filter box. Once you have unclipped the air filter housing the front of it may drop away from you. It should not fall off completely as the back is held in place by the box being slid into holders in the back of the top housing. To remove the air filter box simply push the front down and when it's at a certain point pull the air filter housing towards you. This will pull it out of the rear mounts. Try to look at the rears mounts when you do this so that you can be sure you pushed it down enough to be able to pull it forward without snapping the plastic mounts on the back of the top housing. You should see this when the air filter housing has been dropped away from the top housing. The air filter itself may have stuck to the underside of the top housing like mine did so just pull it off and place to one side. I would suggest replacing it with a new filter whilst you are doing this as you will have to put it back in when you reassemble. Now just slide the air filter housing out of the engine bay so that you can continue. You will see this. Step 2 - Disconnect Electrical Connectors Disconnect the three electrical connectors as highlighted in red. The one to the left of the top housing is the actual throttle body connector. Once the one in the middle of the top housing is unplugged, make sure you gentle pull it out of the recess that the rest of the cable lies within and gently push it to one side out of the way. Do not just pull these connectors as they are made from plastic and will snap. They all have a small tab which needs to be depressed at the same time as gently pulling them. Do not pull them too hard as they do not need it. They will disconnect very easily if the tab is pressed whilst pulling them. Step 3 - Disconnect Breather Pipes/Hoses Disconnect the two breather hoses/pipes as highlighted in red. You will need to use a pair of pliers to release the retaining clips that hold the end of the pipes tightly sealed in place. Just squeeze the release arms on the retaining clips with the pliers and slide the retaining clips along the pipes until they are free of the housing connector. Now just gentle pull the hoses/pipes off the housing connectors. Again, you do not need to pull these hard. They should just slide off with a light pressure. Remove the centre hose from the recess in the top housing and push it out of the way. You should now see something like the image below. All electrical connectors have been disconnected and the hoses disconnected. I took this picture before I had moved the centre hose out of the way so you shouldn't have this in place at this stage. Next remove the breather hose mount, shown below, from the top housing. If you don't remove this you will not be able to remove the top housing completely if you leave the rear hose attached. Alternatively, you could leave it bolted on and just remove the other hose from it and then remove the top housing with the mount attached. I just unbolted it and pushed it out of the way so I didn't damage it. Once you've removed the mount then it should look like the image below. Just move it gently out of the way so that it doesn't interfere when you remove the top housing. Step 4 - Remove Top Housing You can now remove the top housing by simply removing the bolts highlighted in red in the below images. They are all 10 mm. Remove the three front bolts. Remove the two bolts on the left rear of the housing. Remove the two bolts on the right rear of the housing. Once the seven bolts have been removed you can simply pull the top of the housing up towards you and it should separate from the bottom section of the housing. Warning: Do not pull this top section up too hard. You should be able to just pull it up with a little force. The top section is attached to plastic manifold inlet pipes toward the rear and they are pretty much held on by O rings. Try to pull the top section of the housing up towards you in a straight motion. Try not to bend it as you pull it up. It should come off fairly easily. Warning: This top section actually contains the throttle body itself so take care. Do not just drop it to one side as you may damage the throttle body that you are about to clean - if you are not replacing the throttle body itself of course. You should now see the image below once the top section is removed. Step 5 - Remove Throttle Body From Top Housing Once you've pulled off the top housing turn it over to see the location of the throttle body. Simply remove the three bolts that are highlighted in red in the image below. They are 10mm so just use the same socket you used to remove the top housing bolts. Once you have removed the three bolts you can now remove the whole throttle body. The throttle body is now only held in by the top of the electrical connector on the outside of the top housing. It's a bit tight so just pull the throttle body towards you whilst wiggling it slightly as the rubber seal is a little tight. Don't put too much force as you might snap the plastic top housing. You should now see the housing like this once the throttle body has been removed. Step 6 - Clean The Throttle Body To clean the throttle body I used a small headed toothbrush, some clean rag and a good carb / throttle body cleaner. Warning: Carefully follow the instructions on the carb cleaner. Do this work in a well ventilated area, preferably outside and wear a suitable breathing mask. Take extreme care not to inhale the fumes from this cleaner or the dirt that it removes from the throttle body. I used the following carb cleaner which is available from a well known parts store for about £8. This was the state of my throttle body when I got it out. It was really clogged up and clearly sticking. Simply attach the small pipe to the can of carb cleaner and then spray into and around the inside of the intake of the throttle body and all over the butterfly valve. Then just brush the whole of the inside of the intake (front and back) and butterfly valve with the toothbrush and/or rag. The dirt should come off quite easily as the carb cleaner is really effective. Keep doing this until the intake and butterfly valve are as clean as you can get them. Keep wiping off any residue with a good clean rag as well as you do this. After about 10 minutes of cleaning I had a nice clean throttle body as shown below. Yours should look pretty similar when complete. Step 7 - Refit Your Throttle Body And Reassemble Other Parts Warning: Before refitting your cleaned throttle body you should ensure that the throttle body is dry and does not contain any residue from the cleaning agent. I left my throttle body to completely dry for about an hour or so just to be extra cautious before proceeding with refitting. Refitting your throttle body and reassembly is just really this guide in reverse from step 5 back to step 1. Warning: Take care when reattaching the top of the housing to the bottom and the intake pipes as they have O rings present. Ensure that they are correctly aligned before pushing the top housing down into place. Be careful not to pinch or tear the O rings. If it's tight to refit over the O rings then either replace the O rings or simply apply a small smear of engine oil around the O rings which should help refit the top housing. Warning: Do not over tighten the bolts that hold the throttle body in place or the top housing. Warning: Once you have reassembled everything it is a good idea to just double check that all the breather hoses are reattached and secured in place and that all the electrical connectors are attached securely. You should now be able to start the car and test accordingly. If this process has been successful then you should have a smoother throttle response and possibly more accurate. Mine stopped juddering at certain revs and seemed so much more responsive. I am also now getting much better fuel economy.