Herein you’ll find articles on a very wide variety of topics about technology in the consumer space (mostly) and items of personal interest to me. I have also participated in and created several podcasts most notably Pragmatic and Causality and all of my podcasts can be found at The Engineered Network.
This weekend gone I was invited to visit an extended family member’s Pub in Monto. For my wife and I it was a bit of an adventure - somewhere neither of us had been before and for me, staying a few nights in a country pub was something I hadn’t done for over 25 years.
Monto is located off the main highways in Queensland and yet, I wanted to take the Tesla and see how it handled the long road trip. Monto is about 5 hours drive from my home about 400k’s (250 miles) one way. The shortest route takes the Bruce Highway North to Gympie where there are two DC Fast Charging locations and then the route turns inland via Kilkivan via the Wide Bay Highway, then a short-cut to Tansey, then to Eidsvold and eventually Monto via the Burnett Highway. After Gympie there are no charging points at all. None. No DC Chargers, CCS-2 Combo or CHaDeMo connections, no AC outlets meaning no 3-Phase outlets, no Type 2 or even Type 1 charging points. You’re down to a standard 10A household outlet or if you’re lucky a 15A outlet.
There are two short-cuts between the Burnett Highway and the Bruce Highway where all the DC Fast Chargers are: via Kalpower which is effectively a dirt road and via Mount Perry, though the two roads via Mount Perry, the nearer to Monto is closed for roadworks until 2023 and the other joins so far South it’s effectively doubling-back for no net gain. So you can forget a quick charge or any charge - you’re on your own.
The Pub owners were happy to let me park and charge Tessie around the side near their 24-hour Laundromat and I initially plugged in a 10A lead and used the Tesla UMC. A full charge from 12% was predicted to take 25 hours. Good thing I wasn’t in a hurry to leave!
The next day after a reasonable nights sleep I realised that in my haste the previous night to start charging, that there were actually multiple 15A outlets installed to power the larger dryers in the Laundromat. I was then able to swap out the 10A lead, for the 15A extension lead I’d brought just in case and was able to cut my charging time by 30% using the 15A tail on the Tesla UMC. In the end I was fully charged and ready to go 7 hours earlier than I’d originally expected.
Oopsie at 10pm
The problem with a 24-hour Laundromat as a charging point is that sometimes people want to use the machines. What I didn’t realise is that there were only a handful of 15A outlets and hence when I “borrowed” one for 16 hours, there was always a chance someone would come along, need to use the Dryer and then unplug my car.
My Tesla notified me of an interruption to the charging at about 10pm on the second night. I went downstairs and found the cable had been unplugged and the dryer was drying someones clothes just happily. I quickly reconnected it to the adjacent outlet and we were back charging again. No harm, no foul.
We were in Monto. Population 1,200 people. There are ZERO Electric Cars in town and most EVs never trek the highway since there are no charging points between Kingaroy and Biloela. So driving the Tesla turned a LOT of heads around town and when I was pulled over outside of Gayndah by the police for a roadside Random Breath Test (RBT) the officer commented he’d never pulled over a Tesla before.
When in Monto one of the locals was asking about the car, calling it a “City Electricity Car” which sounded so weird to my ears, but I’ve since been calling the Tesla “My Electricity Car”. I meant, it kinda is…
Of course there were other travellers from afar that knew what a Tesla was and some kids at Cania Gorge car park did some poses and a dance for SentryCam that was hilarious, so that was cute. I digress…
There’s some interesting things to see in and around Monto, but the most popular place to visit is a 20 minute drive North of town. The Cania Gorge is a rugged but beautiful sandstone gorge carved out by Three Moon Creek over thousands of year and has lots of lookouts, small caves and hanging rocks as well as an abandoned Gold Mine.
We decided to make the trek on Saturday morning and took Tessie up to the Cania Dam, then worked our way back to town stopping at the primary bushwalking hotspot. We were bushwalking for about an hour and a half and saw some inspiring scenery. Well worth the look!
The Drive Back
After a recommendation from the publicans, we were determined to drive an extra 6 kilometres, though it took an extra 18 minutes, to go back via Goomeri, and stopped at the The Goomeri Bakery to grab brunch. There was a strong headwind in the morning so as an extra insurance policy we drove for 200 kilometers (125mi) at 90kph (56mph) then realised we’d reach Gympie with 20% charge which was more than enough.
The rest of the trip was uneventful after a quick 45% charge at the Supercharger we made it home with plenty of range to spare.
There are so many variables that go into range I’m not going to cover those here. To be honest we’re looking at those we can control: starting charge level, running the Heating/Air Conditioning, using the Aero-Wheel covers, tyres inflated to the correct pressure, driving with Chill Mode enabled just choosing to drive as smoothly as possible and for one leg as mentioned, driving at 10kph below the speed limit.
What I can’t control are things like headwind, external temperature and elevation changes. Taking much the same road means this trip can provide many leg by leg averages I can hopefully extrapolate to better predict future trips. The elevation difference is 219m from Home to Monto, hence there’s a penalty on the outbound trip for sure and more care is needed in that regard.
- Home-ish –> Gympie 155Wh/km (107k) +33m Elevation
- Gympie –> Mundubbera 168Wh/km (201k) +106m Elevation
- Mundubbera –> Monto 169Wh/km (110k) +80m Elevation
- Weighted average: 163Wh/km
- Monto –> Goomeri 146Wh/km (248k/200k @90kph)
- Goomeri –> Gympie 132Wh/km (76k)
- Gympie –> Home 140Wh/km (119k)
- Weighted average: 140Wh/km
The homebound trip was marred by headwinds on the long first leg to Goomeri that, had I not travelled at 90kph, would have been much worse energy consumption, though it probably still would have been fine.
The Australian “Outback” is difficult to define as to where it starts and where it ends, and does it really matter anyway? Suffice it to say when you’re out on those highways where there’s limited mobile phone service it means that many of the features city-dwellers take for granted just don’t work once you’re away from major civilisation. Here are some realities that hit you.
For those that don’t know, the problem with AM Radio is that the variable speed drives, inverters and power electronics that comprise the drive train in an Electric Vehicle create a lot of broad-spectrum EM noise. Unfortunately a large amount of this is at lower frequencies across the AM Radio band to the point at which Tesla gave up trying to have an AM Radio in their cars. In Australia the outback is well covered by AM Radio stations even to this day, with ABC, Radio National and some commercial stations well catered for. Whether you like their content or not isn’t the point…Teslas need not apply.
Tesla have a “simple” and easy FM Radio interface where you have a “Favourites” list of Radio Stations you can build yourself, and a “Direct Tune” option. When you’re in range of cellular data (so far as I can tell) another option appears (it can not be summoned you just have to wait for it to appear) called “Stations” which is a list of FM stations that the Tesla believes it can find or that should be there based on your location.
Under Direct Tune there is no way to ‘Seek’ for an FM Station. Knowing a handful of FM Station frequencies along the road (thanks mostly to roadside billboard signage) we were able to tune directly to some stations and Favourite them for quick access, even when they didn’t appear in the Tesla generated “Stations” list (when it bothered to appear).
It would be better for the driver to decide what level of FM drop-out is acceptable rather than an algorithm in the Tesla. Adding a simple seek button like every other FM Radio I’ve ever used in a car, would be easy to implement. You press and hold for 2 seconds, the FM Radio seeks up or down the band until it finds a signal then pauses and waits for a few seconds. You then select that station and it stops there, or you don’t and it then keeps scanning until it finds something else. The FM Carrier threshold to be set to a reasonably faint level because I’d rather listen to choppy FM sometimes than silence.
I found myself searching the internet for radio station frequencies that might be listenable along that road and pre-entered them before we hit the road but honestly, that’s a horrible hack and this is exceptionally easy for Tesla to fix with a software update.
SiriusXM is regrettably not offered in Australia, despite the fact it does actually work in Australia. Tesla don’t offer it here on the basis that SiriusXM don’t offer it here which makes sense, so I don’t blame Tesla for that. Honestly it would be absolutely worth the money if you’re doing lots of outback travel in Australia to have a Satellite radio service. With the progression of Starlink there’s probably a superior option in Satellite internet, but that’s an expensive option and whilst some have rigged up a Starlink antenna inside their Model 3 in Australia already, it’s not exactly discrete or compact and not really convenient - at least not yet. Maybe someday…
I was really interested in pouring over the telemetry data from Tessie when I got home as I’d set up my own private TeslaMate VM in late 2021 after I bought my Tesla. I was partly surprised but partly not then I found data gaps between locations on the road trip that loosely aligned with my recollection of cellular coverage gaps. The extract below clearly shows those gaps in Telemetry Data.
Hence it’s clear that the Tesla data streaming API has a limited buffer and once you’ve been out of reception for a certain amount of time, the data falls off a cliff and dissolves into nothing, and it never makes it to the Cloud (and hence TeslaMate). Good to know.
Unsurprisingly this is first time since owning my Tesla that I’ve felt range concern. (Don’t call it Anxiety - I know what Anxiety feels like and this wasn’t that…)
That said it’s also the first time I’ve pushed the limits of my car in terms of range and it performed exceptionally well. I found that the Tesla trip graph wasn’t the best indicator and that the much liked A Better Route Planner was too pessimistic. That said it’s highly configurable and in terms of power consumption it can be adjusted. This trip has allowed me to tweak the Model 3 default in ABRP from 160Wh/km to 150Wh/km as its predictive default making future trip predictions more accurate.
Of course the whole trip could have been much less stressful with a few DC Fast Chargers installed at mid-points on the trip. There are plenty of reasonably sized towns on that road: Goomeri, Mundubbera, Eidsvold for example. That’s simply a matter of time. The QESH (Queensland Electric Super Highway) Phase 3 is currently under construction but none of their chargers are destined for the Burnett Highway.
Some councils are taking it into their own hands with partnerships with industry like the new Kingaroy charger for example. More destination chargers will eventually start appearing making trips on the Burnett easier for overnighters or even part-day trippers, but for me at least one thing is for sure: touring in the Model 3 was very comfortable, very relaxing and now I know I can make those legs without too much difficulty - I’m more confident in trips like that again in the future.
I’ve written about my new Model 3, but wanted to pull together some thoughts about the Tesla User Interface (if I can call knobs, buttons, switches and a screen in a car a User Interface…pardon my Engineering parlance…) now that I’ve driven my Tesla for nearly 8,000ks (5,000mi) over the past 4 months.
V10 to V11
The changes made between V10 and V11 I’ll cover off in future maybe in another article. Most of the changes haven’t been improvements overall and I’ll cover those changes that are specifically detrimental below. Suffice it to say, most users/drivers didn’t like the V11 upgrade very much. For me, I’d only spent two months using V10 so re-learning where most things were wasn’t a big change for me. Others that had been using their V10 interface for years…were much more annoyed and I can understand why.
Easy Access Is Subjective
Having designed HMI Screens for two decades in critical plant control systems, my view on what information is critical vs what information is nice-to-have is very different from most people it’s fair to say. I’ve read so many peoples opinions about whether tap-tap-swipe to get to a function or not is just too hard and if glanceable information is missing. Frankly it’s opinionated and most people are too influenced by their own biases to be objective and to be honest with themselves.
Before we tackle that, let’s think about Tesla’s perspective, because it makes a big difference in understanding some of their choices.
Tesla: We expect you to be using AutoPilot
Not all the time, but most of the time. Yes, it’s true that AutoPilot on city streets is a bad idea - too many variables, obstacles, disjointed lines and things to account for but it’s getting better every month. On the highway or freeway it’s pretty solid and reliable.
In a non-touchscreen vehicle people can use tactile feel and use spatial awareness to locate the buttons, knobs and switches without taking their eyes off the road. Of course in recent years many vehicles have introduced touchscreens with CarPlay/Android Auto or their own entertainment system, as well as voice controls on some mid/high-end models. Whilst Smartphones have taken most of the blame in recent years for driver inattention there’s no denying that touchscreen entertainment consoles in cars also play a role in driver distraction. One might wonder if it’s safe to have any screens in a vehicle without Auto-lane Keep Assist (or whatever name you like) in the vehicle as well, but I digress.
For this discussion we’ll exclude the entertainment system-like functionality as it’s clearly a heavier touch than other interactions. For that matter we should define the four categories for functionality:
- Glanceable Information: The driver averts their eyes from the road briefly to quickly locate a key piece of information then returns to watching the road in between 1 to 2 seconds
- Glanceless Controls: The driver is able to activate a control or function without taking their eyes off the road
- Light Touch Controls: The driver averts their eyes from the road briefly to locate and activate a control or function then returns to watching the road in between 2 to 5 seconds
- Heavy Touch Controls: The driver averts their eyes from the road to locate and activate a complex control or complex function then returns to watching the road in between 5 to 15 seconds
Let’s look at examples of each below, in no order of priority of preference.
- Indicator (Left/Right/Hazard) Status
- Headlight State
- Fuel/Charge Level
I’m excluding non-automatic, and non-electric vehicle items like Oil Temperature, Oil Pressure, Engine Warning, tachometer and so on. Also worth noting that some items like Windscreen wiper state is directly observable without any indication on a dashboard, hence that’s excluded as well.
In non-Tesla vehicles this information is almost always located in a Binnacle or Instrument Cluster if you prefer. It’s directly behind the steering wheel only requiring the driver to drop their gaze and look through a hole in the steering wheel. This isn’t perfect either since we can’t glance through the wheel at certain points of wheel rotation (when turning) and not all cars have good tilt/telescope and/or seat height/depth adjustment to suit every person. Due to my height in some cars I’ve driven, there’s simply no physical way to adjust the steering column and seat so I can see all of the Binnacle. The top is sometimes obscured and I’ve had to duck my head forward and down slightly to read the speedometer particularly at higher speeds.
An alternative to a Binnacle is a heads-up display, which super-imposes information that only the driver can see, on the windscreen directly in front of them. I drove a Prius-V for a few years that had this and I really loved it, however having something in your direct line of sight is not always ideal. Given the costs of implementing HUDs have dropped these remain an attractive alternative to a Binnacle that serve much the same function.
In a Model S and X there is a Binnacle, but on the 3 and Y there isn’t and no Teslas have HUDs. I have yet to find a seating position or steering wheel angle where the screen is obscured from view, but this visually clear sightline is offset by requiring not just a dip of vision, but also a glance to the side towards the center of the vehicle. Ultimately this takes slightly longer but in normal use isn’t much of an additional safely concern and with AutoPilot running, it’s no concern at all.
- Indicate Left/Right
- Headlights High/Low Beam
- Windscreen Wipers (Once/On/Speed Controls)
- Drive Mode (Forward/Reverse/Park)
- Cruise Control (Activate/Set/Resume/Increase/Decrease)
- Sound System Volume (Skip/Pause/Stop Playback)
- Honking the horn…
Light Touch Controls
- Air-conditioning settings (Temperature, Fan, Recycled Air, Demisting)
- Door Locks (Individual/Group)
- Seat Heating
- Radio / Music / Stereo basic changes
- Report Issue / Dashcam Record clip
- Navigating to a Favourite / Calendar location
Heavy Touch Controls
- Sound system setting adjustments
- Navigation to a specific location requiring search
- Pretty much everything that isn’t required explicitly for driving
To be fair there’s very little good reason for messing with heavy touch controls when you’re driving, even with AutoPilot. The risk is just too great. Some items require the car to be stopped to adjust and parked with the Park Brake applied for others - which feels like the right call. I don’t believe there are any truly heavy-touch control items of concern in the current Tesla UI.
Why AutoSteer is so Important
Auto Lane-Keep Assist or AutoPilot/AutoSteer functionality is very important due to gaze-affected steering. There have been studies that look into the correlation of gaze and eye-position and induced movement of the steering wheel. In other words - we tend to steer in the direction we’re looking. The longer we look away from in front of us, the more we will drift in the direction we’re looking.
Before LKA/AP-AS was possible the only option was to ensure controls were tactile and binnacles were clear and concise to minimise this. With LKA/AP-AS technology, this is less of an issue provided it’s actually able to be used and is in use. The alternative position to think about though is, if AutoPilot isn’t working (poor conditions, dirty cameras/sensors) or disabled by the driver, then the only means to accessing information will then become standard tactile controls and a binnacle.
If we suppose AutoPilot isn’t always in use, the lack of a Binnacle and minimal tactile controls should result in a higher incidence of accidents with Tesla vehicles, particularly Model 3 and Y and yet there is not. Beyond the possibility that these are non-issues (could be…) a possible reason for this is that the higher cost of entry for these vehicles precludes ownership/access to younger drivers. It has been shown conclusively that younger drivers do not handle distraction as well as more experienced drivers. Therefore the marginally higher risk in non-AutoPilot situations is likely offset by the older driver demographic.
Projecting forward in time from here requires a lot of faith and assumption. If we assume that AutoPilot improves to the point where it can drive as well as or better than a human in all situations, then the interface deficiencies become a non-issue. Maybe even get rid of the Steering Wheel and the stalks? Hmm. The problem is that in that extreme scenario AutoPilot then becomes a requirement to use the vehicle in which case it is forced always on and the car can not move without it. Many people will never choose that option, therefore some balance needs to be found between full autonomy and catering for human attention to the road under non-AutoPilot operation.
Where Tesla’s Interface Falls Short
Much of the complaining for users is more centered around Heavy Touch controls or items that don’t directly affect safety or driveability or common usability of the vehicle. That said there are a few exceptions that fall under Glanceless Controls and Light Touch Controls that aren’t often covered that are currently not ideal:
Headlights: In every other vehicle I’ve driven, I can turn on and off headlights, set low and high beam and auto-highbeam (where fitted) using the stalk. In the Model 3 you can only turn lights off (if the Tesla decides they should be on in the first place) by using the touchscreen. Pulling the left stalk towards you flashes High Beam, whereas pushing it away from you and releasing toggles between Low and High Beam.
Headlight Suggestions: Pulling the left stalk towards you is common in many cars for flashing High Beams so should be retained, but add Pull and Hold for 2 seconds to toggle between High and Low Beam. Pushing forwards on the left stalk toward could toggle Auto-highbeam on and off, and Push forwards and Hold for 2 seconds could toggle the headlights on and off. Note: Normal cars don’t try to overload all of this functionality into two switch actions, they employ turn-dial positions and switches specifically for each independent control for a reason.
Wipers: Currently the end button on the left stalk has two depressed depths: Shallow preforms a single wipe, full depth performs a cleaning spray and wipe function. There is no way of changing the speed or cycle via the stalk, though pressing the button at all brings up a pop-up on the Touchscreen, this now becomes a Light Touch control for something you don’t want to be taking your eyes off the road in heavy rain conditions. It might be fine if the auto-wipers worked reliably but they don’t and given this impacts driver visibility it’s very important.
Wipers Suggestions: A single shallow press and release could cycle between OFF->Intermittent Slow->Int Fast->Continuous Slow->Cont Fast->OFF. A full depth press could single wipe with a full depth press and Hold for 2 seconds to trigger a cleaning wipe.
Demisting: In V10 demisting controls weren’t associated with a stalk, but rather on the bottom edge of the Touchscreen, easily available if needed. Considering the urgency or not employing these as they affect driver visibility it is very odd they were removed from the bottom bar in V11.
Demisting Suggestion: Put the controls permanently on the bottom bar for quick access.
If I could put my finger on one gripe about Tesla’s UI…it’s that many functions and settings are non-retentive. When you stop the car and get out, then get back in and drive off again later they reset to the factory defaults. There is no retention of my previous settings. Headlight for example…stop assuming that the light level outside require headlights. If I want to turn them off, when I do, they should stay in that state until I turn them on again.
Nothing is perfect, but when things are designed to work in an Automatic mode, that mode needs to work in a pattern that is discernible, consistent and relatively well otherwise people can’t/won’t use it.
- Auto-Highbeam: It does not detect on-coming vehicles very well, particularly on bends. Hence when a human would pre-dip their headlights seeing an on-coming vehicle in the distance, the Tesla will leave them on high beam until it’s effectively head-on. Not good.
- Auto-Wipers: We had a wet summer and I had many, many opportunities to observe the behaviour of the wipers. I liken it to game of drip-chicken. How many drips need to accumulate on the windscreen before the automatic wipe wipes them away…and will it do so before it becomes a safety hazard for bad forward visibility for the driver? It’s almost fun, if it wasn’t dangerous. I often lose this game of chicken as I have to tap with single wipe several times to avoid an accident through poor visibility before the auto-wipe wakes up and does something autonomously.
- Auto-Steer Speed Limiting: This one might sound needy but it’s simple: When in full AutoPilot, the Tesla attempts to read the speed sign and when the Tesla passes in-line with that sign, it will automatically adjust the speed limit up (if it was set higher as it’s Max set-speed previously in the drive) or down accordingly. Going up is fine, but going down isn’t, since it only drops your speed once you’ve passed the sign, meaning that until the cruise-control lag slows the car down you’ve been speeding for a hundred meters or so when you’re dropping from 100 to 80 kph for example. The fix is simple - it’s basic physics. You have depth perception (and a GPS) in a Tesla so you could calculate the distance between the current position and the upcoming speed sign change position, so figure out based on the deceleration curve when to start slowing down so you reach the speed limit when you actually pass the sign. In Australia the police will intentionally set up speed traps in those spots trying to catch drivers out…it’s a speeding ticket waiting to happen.
- Emergency Lane Departure Avoidance: I have had this try to auto-steer me back into my current lane on a three-lane divided freeway when I was just changing lanes. Clearly the system thought I was drifting out of my lane because I wasn’t changing lanes quickly enough, but wrestling with the wheel at 100 kph is pretty scary - literally fighting with the car. Goodness knows what the other drivers behind me thought was going on!
- Mirror Auto-Dim: I’m used to being able to dim my rear-view mirror manually, using the tried-and-true manual prism toggle lever. These days though auto-matic is the rage and now we apply an electro-chromatic coat which turns darker when a voltage is applied to it. Tesla’s can automatically dim the side and rear view mirrors when it determines that it’s dark enough outside. How about a manual switch? Can I please dim my mirrors when I want to? I’ve found myself avoiding looking in the mirrors at Twilight because of this and relying on the cameras instead. Not safe or ideal.
If we accept the addition of AutoPilot features easily offsets the marginal increase in delay for glanceable information then this is a tradeoff worth making for an otherwise unobstructed view of that information. The controls on the steering column (left and right hand stalks and thumb control wheels/joysticks) satisfy most of the key requirements for glanceless controls. They fall short however on: wiper speed control and headlight control and I suspect this is due to over-confidence by Tesla in their automatic headlight and automatic wiper controls.
Why Change Tesla, why? I’ve been thinking about what would/could motivate Tesla to modify their User Interface and thinking specifically about the Demisting features. One of the temptations would be to use end user real-world data to draw conclusions about the use regularity of certain features. If so I can absolutely understand how something like the demister button would be moved. In the real world, most people would rarely use this as the conditions need to be right for it to be required. The problem with that though is the thinking behind a big Red Button emergency stop. Sure we don’t push the big red button often, but it’s there in case you need it in a hurry - which is when you’ll REALLY, REALLY want to use it! Quick access therefore can not only be reserved for items of high regularity but to reduce the high risk of unwanted outcomes.
Of course I have no evidence that this is what Tesla have done or is doing, but if not I struggle with the thinking behind some of the V10 to V11 changes. Beyond this I think there’s a hard limit as to how many more functions could or should be pushed off physical controls and on to a touch screen provided the intention is to have a human driver in control of the vehicle AT ANY POINT. One user interface can serve both purposes but a little bit of tactile controls makes it safer in both use cases.
All of that said, the only good thing is that unlike most other car manufacturers, a fix to many of the above is only a software update away.
For something completely different I felt like doing a bit of a personal retrospective of different cars I’ve owned over the last 28 years for anyone that’s interested (probably not many).
1 Ford Laser 1996 - Oct 1999
My first car was a hand-me-down from my mother. My grandparents had passed away and there was an excess of vehicles, leaving me with an Automatic Red 1988 Ford Laser Hatchback. This car did the round-trip between Rockhampton and Sydney three times during 1999 when I worked at COM10. This is one of only a small number of photos I have of the Laser.
To drive it was sluggish, handled very imprecisely and was the entry level model with no air-conditioning and manual windows. I did fit a few things though in my teenage years: a decent stereo, a cruise control aftermarket kit, a CB Radio and later my IC-706 Amateur Radio (2M band whip shown in the photo). It was a good, reliable car though that I serviced myself where I could, changing the oil several times. Ultimately though I took a permanent job with Nortel in Calgary and returned the Laser to my mother, and it then went to my other sister, Alana for her to use.
2 Subaru Impreza Oct 2000 - Feb 2001
With my Canadian Permanent Residency and Alberta drivers licence in hand, I was able to buy a car finally in September, 2000. Heavily influenced by my environment I chose a car with All-Wheel Drive presenting excellent grip in the snowy conditions for a quarter of the year in Calgary. The WRX model that I wanted wasn’t available in Canada at that point, so I settled with a Manual 2000 Subaru Impreza 2.5RS Coupe in Blue, since the Red Subaru offered at that time wasn’t a very nice Red.
It had the usual Canadian fittings, like a block heater (note the cable under the number plate), but I supplied my own decorative front number plate since in Alberta only the rear plate is required by law. The photo was taken in the car park at Lake Louise. It was a joy to drive this car, though I owned it only for a very short period (about four months). It had a sunroof and excellent heating as I owned it through a Calgarian winter, I only drove with with the windows down and sunroof open a handful of times, rugged up to the nines.
When Nortel sacked half of it’s global employees (including me) I returned home, and since the car wouldn’t fit in my pocket, and was for a LHD country, I had to sell it at a mind-blowing loss. It wasn’t as upsetting as selling my Kawai though. I left the country with effectively nothing, having lost my entire redundancy payout in the debt gap from selling those two items.
3 MGF Aug 2001 - Aug 2003
Returning to Australia was both a relief and traumatic, with the job hunt in Brisbane taking four months to land a job at Boeing Australia. With a few months to lick my wounds I set about investing in a very different car. My father had rebuilt a White MGB of which I had a fond memory of driving in, sitting on the battery box, and MG had re-opened (again) and in 1997 released the MG(F). I test drove one on the Gold Coast and couldn’t afford a new model, so picked a used Manual 1997 1.8L VT in Amaranth (call it Purple) Pearlescent finish, and grabbed a Hard Top to go with it for longer road trips (so much quieter and air-conditioning worked better with the hardtop on)
The MGF was a mid-engine car and whilst it wasn’t the fastest it was so low to the ground and with near-perfect weight distribution it cornered almost like it was on rails. So much fun to drive but not without its quirks. The soft-top leaked (common problem with convertibles), the bonnet-boot (Frunk if you’re American) was spatially challenged, the boot (Trunk) was poorly insulated behind the engine and got REALLY hot (cold shopping items need not apply) and the transmission was a wire-pulley system, not a direct linkage which made gear changes feel sloppy and imprecise. Top it off with needing 98RON fuel which was sometimes hard to find, it wasn’t cheap to insure, maintain or run.
Despite this, I took the MG on a road trip from Brisbane to Rockhampton, and when I met the woman I would marry we fitted a luggage rack and drove to Tasmania and back in it for our Honeymoon. It was truly the most fun car I’ve ever driven, despite its flaws, and I still miss it today. That said, the Hydragas suspension and tyres cost $2,250AUD to replace in early 2003 and with my first child on the way, it was a wholly family incompatible car. The repayments were fine when I was single…but I had to make the grown-up (but soul-crushing) decision to sell the MGF, and get a car that was cheaper to own, operate and maintain.
4 Suzuki Sierra Aug 2003 - 2007
The Suzi was not the car I had intended. My budget was strict and tight, and whilst I’d wanted a 4WD, hard-top, automatic, air-conditioned car which would be more appropriate in my new job at MPA Engineering that required a lot more driving as part of it, it’s not what happened. My new father-in-law got a great deal on a Blue 1995 Manual Suzuki Sierra, soft-top. It needed a new engine, had no air-conditioning and the soft-top was ripped and leaked in many places, however it was within the budget and he helpfully took care of everything for me through a private sale.
The car barely held 110kph on the freeway and was so light it got blown all over the road at speed. The gearbox felt like a truck, it was clunky, rigid, and not at all what I was used to in my last two cars. That said, take this thing on the sand, off-road, and it was amazing! Once I’d mastered the art of running it at high revs in low gears in the soft sand, there was nothing it couldn’t handle. The only time it got bogged in soft sand, we all jumped out and a simple push got it going again - it was so light.
During it’s life I invested in a new canvas soft top that didn’t leak and it excelled in fuel economy. The company was required to reimburse people for kilometers travelled in their own vehicle and the economy was so good, I was actually making a decent amount of money from driving my own vehicle. As I rose through the ranks to Senior, got my RPEQ and was sent on still more jobs I was given a company car that would spell the end for the Suzi. The garage could only fit two cars: the family car and the work car and as our driveway was still unsealed at that point, we parked the Suzi on the grass.
It sat there for too long, undriven and unloved and eventually was sold to someone to try and get it to run again. It left on a car carrier. Despite its flaws, it was a unique car to drive and took me places on Moreton Island and Bribie Island I’ve never been able to get back to.
5 Daewoo Matiz Jan 2010 - May 2013
From approximately 2006 to 2009 MPA Engineering provided me with a company vehicle, so I didn’t need my own. With the Suzi long gone and my career changing I had to once again buy a car. Taking a pay cut to get into KBR I had even less money than the Suzi. It led me to a Manual 2005 Daewoo Matiz in Silver. In time I came to refer to it as the “Silver Bullet” which was a name laced with no small measure of cold hatred. It travelled somewhat slower than a bullet, for example. Daewoo were already out of business and support locally was scarce but I had no budget for much else.
The Air-conditioning barely worked and it couldn’t maintain 110kph on the freeway, with less power than even the Suzi I was lucky to get 105kph without a headwind. The car was tiny inside and out; cramped and the gears were sloppy and inconsistent. It had manual windows and when the passenger was sitting next to me, our shoulders would touch, meaning three people on the back row was not possible despite the number of seat belts fitted.
I hated this car so much, I never took a single direct photo of it, hence the photo above isn’t of my Silver Bullet, but rather some other unfortunate persons. The role at KBR put me on the NPI Stage 2 project and with it came use of a project vehicle which I gladly accepted and used for nearly 18 months leaving the Silver Bullet in the driveway, though now we’d managed enough money to seal it with asphalt at least. It’s end came in April of 2013 when I was driving on the highway at 100kph when the steering stopped being fully responsive.
The steering column has an upper and lower collet bearing, which Daewoo thoughtfully made out of plastic. When they both broke within a few weeks of each other, the steering arm flexed and bent in the column leading to an effective deadspot of about +/-25 degrees from center. Practical upshot: to drive in a straight line you needed to turn the wheel left to beyond 25 degrees then back right to beyond 25 degrees to try and keep it straight. Needless to say the car was no longer safe to drive (if it ever was) and I was lucky to get $500 trade-in for it off my next car, which I insisted would be new.
6 Honda Jazz May 2013 - CURRENT
With a much healthier budget this time I researched a lot and test drove multiple cars but fell in love with Hondas - specifically the Jazz. The dealership had a floor stock of the previous years model, a Manual Black 2012 Honda Jazz Vibe Hatchback. I really wanted Red (still) but couldn’t afford to wait or to stretch the budget any further. What struck me about the car was how responsive its steering was compared to every other car I’d driven. (No, the Silver Bullet doesn’t count) It had good acceleration for its class and handled nicely in the corners. It was nicely finished inside and had a surprising amount of space given it’s small stature.
Originally intended to be a run-about car between home and the train station, I spent my budget on something that was nicer to drive, rather than an Automatic but worse handling car. In time I came to regret the decision to get a manual, after several incidents on public transport I changed to driving into the city in 2016 and did so until the COVID19 pandemic, 5 days a week, every week. The commuting in traffic in a manual was unbelievably punishing.
That said…I still have it! It’s running exceptionally well and my oldest son is learning to drive a manual and it will be his car once he gets his Provisional licence, hopefully in a few months time. It’s fair to say that the Jazz has been the most reliable and consistent car I’ve ever owned, but with our family holiday dreams being shot to hell by the pandemic, my wife and I decided to focus on home rather than travel and after driving the Jazz for 8-1/2 years it was time for a car I really, really wanted.
7 Tesla Model 3 Nov 2021 - CURRENT
Despite the frustration of dealing with Tesla, after three months wait I finally received my 2021 Red Tesla Model 3 SR+ with White Interior. Being somewhat of a nostalgic person (in some instances) I took the Tesla to the same car park where I’d taken the photo above of the MGF some 20 years prior.
I’d been obsessed with electric cars since the EV1 and more recently the Nissan Leaf, however the range wasn’t quite enough for me, living a 120k round trip commute to work each day. The Model 3 I originally christened the Tessalecta, but the family refers to her as Tessie, which has now stuck. The acceleration of 0-100kph in 5.6 seconds makes it the fastest accelerating car I’ve ever owned, pipping the Impreza by 1.5 seconds, but in the end that’s not why I bought it. Its low center of gravity and weight distribution makes it corner like it’s glued to the ground and the Auto-pilot functionality is incredible, though not without it’s issues (don’t try to over-use it on city streets).
The car is the most comfortable car I’ve ever driven or owned and it’s changed my perception of driving from what had become a monotonous, sometimes stressful experience (especially to/from the office) back into something enjoyable. I remember with the MGF taking weekend drives to Rainbow Beach just to enjoy the drive (and the beach) and I recently did that trip again with my wife and daughter and it felt very much today in the Model 3, like it did in the MGF, 20 years ago.
I’m 45 years old now so I know that I’ll probably have another car or two before I hand my licence in, so it’s probably not the end of the story. For now at least the cars I’ve had the pleasure (and otherwise…Silver Bullet I’m looking at you…) of driving has been a reflection of the many different stages of my life, what fit my needs and what my budget could afford at that time.
It’s been a crazy three decades that’s for sure…
"…I can upgrade…and go to 64GB RAM for about $390 AUD…"
Today I did exactly that, although I’m not normally drawn-in by Boxing Day sales that start the week before Christmas Day and end on the last day of December (that’s not a “Day” kids…that’s two weeks…SIGH) but I fell for the deal and spent $321AUD on the RAM I had intended from Day 1 when I bought the secondhand Mac Pro.
I’d done my research (IKR…me?) and it turns out that due to the fact that the Mac Pro 2013 was designed and released before 32GB SDRAM DIMMs were available, whilst you can fit 32GB modules in the Mac Pro, if you do the bus speed clocks down from 1866MHz to 1333MHz due to bandwidth limits on the memory bus. The chances I’m going to push beyond the 64GB RAM mark in my use cases is zilch hence I have no intention of sacrificing speed for space and went with the maximum speed 64GB.
Shutting down and powering off, unlocking the cover and lifting it off reveals the RAM waiting to be upgraded:
Depressing the release tab at the top of each bank of two RAM modules was quite easy and OWC’s suggested spudger wasn’t necessary. The new RAM is ready to be opened and installed:
Taking out the RAM was a bit awkward but with a bit of wriggling it came loose okay. I put the old modules in the Top of the packaging, leaving the new modules still in the Bottom of the packaging:
Fitting the RAM felt a bit strange as too much pressure on insertion starts to close the pivot/lever point of the RAM “sled”. Wasn’t too hard though and here it is now installed ready to be powered on:
Once we’ve booted back up again I confirmed that the system now recognised the new RAM:
Original 16GB RAM
Upgraded to 64GB RAM
The improvement in performance was quite obvious. I run several Alpine VMs headless for various tasks as well as have multiple Email clients open, five different messaging applications (that’s getting out of hand world at large…please stop…) between home and work needs as well as browsers with lots of tabs open. Unlike with 16GB RAM, once the applications were launched, they stayed in RAM and nothing slowed down at all! It’s just as quick with 20 windows open as it is with 1 open. The RAM Profiler demonstrates the huge difference:
RAM 24hr Profile
The Purple shaded area is compressed memory, with Red Active and Blue Wired and clearly the vertical scale is a Percentage of maximum therefore the system was peaking at 80% of 16GB (13GB used), but now is peaking at maybe 60% of 64GB (38GB used), with no compression at all. The swap was peaking during 4K video encoding at 15GB which was insane, but now it has yet to pass 0GB.
In summary it’s an upgrade I’ve long wanted to do as I was aware I was pushing this Mac Pro too far with concurrent applications and performance was taking the rather obvious hit as a result. Now I have lots of memory and the Mac Pro is performing better than it ever has. All that’s left is to upgrade the CPU…
Seriously? Well…we’ll see…