Showing posts with label gadgets. Show all posts
Showing posts with label gadgets. Show all posts

Sunday, 3 February 2013

The Post-Christmas Fiesta

It's that time of year when the bills from Christmas start arriving, and people tighten their belts to save money. When companies are looking to cut the price of their goods so that you can buy them more cheaply (while they still make a profit), there are a couple of tricks they can use.

One way is to send the manufacturing process to a different country where manufacturing costs are lower (such as legal minimum wage levels). This is how we currently get more stuff for less money. But there was a time when we were happy with less for less money. Perhaps we need to get back to this.

Let me give an example.

Ford Fiesta Mk1
Credit: Wikimedia Commons
Introducing the Ford Fiesta (Mark 1), one of the best selliing cars of the 1980s in the UK. Cars and the environment may not always be happy bedfellows, but the Fiesta shows us an alternative route to lower prices that we chose not to continue, despite its success.

The Fiesta was popular because it was affordable. And it was affordable because the base model had everything non-essential stripped out. Fewer parts means less cost, and less time to get the car off the production line and into the shops. It also means less energy used in production, and therefore less waste and pollution both in manufacturing and disposal (at the scrapyard). The list of missing parts might surprise you, but if you think about it, most of them aren't necessary for a basic car that's used to commute to work and very occasional longer trips. And remember, this was a major car maker in the 1980s.

What's inside the box?
  • Stereo - nope. It was possible to buy parts to fit a stereo underneath the dashboard yourself, although this involved drilling holes. There were holes pre-drilled into the panels by the back seats which worked well as speaker grilles, but you had to invent your own way of mounting your own speakers behind them. Then, of course, you would have to drill into the car bodywork to fit a radio aerial. Alternatively, you could skip all that and have a portable battery-powered radio sitting on the passenger seat. Or sing accapella.
  • Windscreen wipers - only at the front, and they were either on or off. There was no intermittent setting, although there was a "one wipe only" function.
  • Windscreen washers - one nozzle on the bonnet, which squirted in two directions at the same time. Operated by a foot pump on the floor, similar to the ones you use to blow up airbeds. Unconventional but simple, and it worked faultlessly.
  • Courtesy light - on or off. If you wanted a light to come on when you opened the doors, you had to work the switch yourself.
  • Mirrors - there was no passenger-side mirror; in the early 1980's this wasn't a legal requirement in the UK. Use of the other mirrors and checking over your shoulder were advised.
  • Lights - the sidelight was inside the headlamp assembly rather than on its own. Again, fewer parts equals less assembly time. And forget halogen headlamps - the bulbs were basic tungsten bulbs. You could fit halogen ones yourself if you wanted to.
  • Rear fog light - not originally fitted, until a change in UK law made it mandatory. The factory then started bolting a lamp unit to the back of the car.
  • Heated rear window - nope. This could be a real pain if you needed to reverse out of your driveway on a cold morning. Remember, there was no rear wiper either. There was an interesting way to demist the rear window - see "air vents" below.
  • Air vents - there were no air vents that blew in your face. There was a flap in the middle of the dashboard that you could lift up, and it would blow air straight down the middle of the car. Teamed up with the heater fan on full speed, it would eventually demist the back window.
  • Reversing lights - nope. You could improvise by switching on the rear fog light, which lit up the road behind you with a red glow.
  • Gearbox - four gears forward, one gear back. One less gear means fewer parts.
  • Windows - manual window winders in the front. The back windows didn't open at all. But if you've ever been in the back of a car when the front windows are open, you'll know that ventilation isn't a problem.
  • Heater - two fan speeds. No aircon.
  • Seats - vinyl faux leather - very cold on wintry mornings! These were common in lower-end cars in the 1980s. Dealers and car accessory shops sold seat covers that you could fit yourself.
  • Clock - nope. It was easy enough to buy a digital clock that stuck onto the dashboard, again, from a car accessory shop.
  • Wheel covers - none. The wheels were painted silver instead.
  • Glovebox - nope. There was a little cubby-hole for passengers to put their stuff, like a glovebox but without a door.
  • Door pockets - nope. There was plenty of storage space on top of the dashboard, but things tended to slide around as soon as the car went round a corner. There were home-grown solutions, which involved sticking boxes and small storage containers of various kinds to the dashboard with sticky foam pads.
  • Parcel shelf - nope. The contents of the boot were there for all to see. You could cover it with a blanket though - but again, you needed to supply the blanket.
  • Carpet - carpet throughout, except in the boot. I guess the designers figured that luggage doesn't really need home comforts. The boot floor was a large piece of hardboard painted black. There was a hole in it so you could lift it up to get at the spare wheel.
A couple of the items were only absent on the most basic model, while almost all were available on the "luxury" Fiesta Ghia model - although its' price tag was beyond the reach of many buyers. With so many missing items that we take for granted these days, you might wonder how Ford managed to sell these cars at all. But they did, and they were very popular because of the trusted name and the low price tag.

The Fiesta supported manufacturing jobs in the UK, Spain and Germany, where the cars were built. The basic nature of the base models also fuelled a vibrant market in car accessories like seat covers and fitting kits for stereos. This in turn supported a large number of small independent motorist shops across the UK and a couple of national chains.

While the Mark 1 Fiesta would certainly look out of date today, the second-hand market in the 1990's was strong, even with the cars then being 10 years old or more. Compare that to today. I recently overheard a friend saying that their 7 year old car was "out of date" because the built-in stereo wasn't MP3 compatible (and couldn't easily be replaced for one that was) and the built-in sat nav was unusable because the manufacturer had stopped producing updates for it (and again, it couldn't be swapped out).

In today's world, even basic cars come with a relatively high level of equipment as standard. Probably as a result, motorist shops have largely disappeared from our high streets. Car manufacturing often doesn't benefit the local economy as much either, as it's increasingly being done in far-flung countries to reduce cost (although, notably, Ford still have factories in Spain and Germany that build the current Fiesta). And some budget car brands apparently make up for their low car prices by increasing the price of servicing parts (the original Fiesta actually won a UK Design Council award for reducing running costs).

As you might have guessed, my first car was a second-hand Fiesta. I prefer my current fuel-efficient low-emission car with it's creature comforts, although I do begrudge having to pay for the standard "accessories" that I never use (particularly when most of my daily commute is on public transport). The Fiesta is an extreme example of "back to basics". But far better to start basic, and add things as you need them, I think. It's the best way to reduce waste.

A wise person once told me "you can't have everything for nothing". Wise words indeed.

(Note: I haven't commented on Ford's current models or manufacturing processes. This is entirely on purpose; the article isn't intended as a crtitique of Ford, but as a view of manufacturing in general).

Image: adapted from original "Ford Fiesta MK1 front 20071023.jpg", licenced under Creative Commons CC-BY-SA 3.0 unported licence. Original available at: http://en.wikipedia.org/wiki/File:Ford_Fiesta_MK1_front_20071023.jpg

Saturday, 1 September 2012

Rechargeable batteries

One of the problems with rechargeable batteries is that they never seem to last as long as the advertising claims. But are they still worth buying?

I use rechargeable batteries in a few different gadgets. The manufacturers usually say that their batteries can be recharged hundreds or even thousands of times. But I've found that I usually have to discard them after much less use than that.


The problems and the reasons behind them

Some of the batteries I have will no longer charge to their full capacity. Apparently, this is part of an ageing process that can't usually be reversed. So the affected batteries are charged, but they only last for a very short time.

The other problem is with batteries that lose their charge over time, even when they're not being used. Most rechargeable batteries do this to some extent, with many needing to be recharged after a few months. However, I have some batteries that lose their charge completely over a period of one week. If I can use them on the day I charge them, there's no problem. Apparently this is an ageing process too, and is perhaps why these particular batteries were less costly than other makes.


The solutions

All the batteries I'm using are the (fairly) modern NiMH types. There's a new kid on the block though: Nickel Zinc batteries. They seem to have a number of advantages, including a slightly higher voltage, which enables them to work in some gadgets that don't normally play nicely with rechargeable batteries. However, Nickel Zinc batteries need a special charger - you can't use a normal one.

It is possible to "recondition" NiMH batteries by running them flat (so there's no charge) before recharging them. Although it also seems that if you run them too hard, too often, then you can also run into problems. Chargers that recondition automatically tend to be quite pricey compared to the standard equivalents, so I'm not sure if it would be cheaper and more efficient to just put the batteries in an old torch (flashlight) and leave it switched on until the light goes dim.

Hybrid batteries are also useful to know about. They're a special kind of NiMH battery that keep their charge for longer. I find these are ideal for my camera, which can get no use at all for a few months, but then be called into action for an impromptu day out or event. Hybrids are also supplied ready to use, straight from the pack, which can be useful in some situations. The two main brands I've come across are Uniross Hybrio and Sanyo Eneloop. You might not think of Sanyo as a big battery producer, but for many years they have made "own brand" rechargeables for other people. 


The Conclusions

Going back to the point I mentioned at the start, a battery that can apparently be charged "up to" 500 times may not achieve 500 charges in your home. It's marketing-speak. Take it with a pinch of salt.

As for disposable batteries, they can be recycled in the UK, and there are collection points at most major supermarkets. But it still seems to be far more efficient and cost-effective in the long run to use rechargeables.

Overall, rechargeables are great. They save money, save the environment, and most of the time they work very well. Sure, there are a few niggles, but I'd rather have rechargeable than disposable batteries any day.

Friday, 20 July 2012

Designed for the dump

Was your laptop built for this?
Image: Alex E. Proimos
This week, a certain well-known maker of computers and phones has come under criticism for launching a product that is not as environmentally friendly as it could be. According to reports, their new laptop has a battery that isn't removable or replaceable. This might not sound like a big deal, but it does have surprising implications.

The battery is often one of the first things to stop working in a laptop or other gadget. By installing a battery so that no-one can replace it (not even a computer engineer) then you're limiting the life span of the device. Which, cynics would argue, is a great way to lock people into buying the latest gadgets.

Sadly, there are many companies that seem to be doing this. Some people have called this approach "designed for the dump" - in other words, a product is designed so that it becomes useless after a couple of years, can't be repaired, and has to be thrown away.

On the one hand, this doesn't seem great for the environment. On the other hand, it causes people to buy products they wouldn't otherwise buy, and so keeps people in jobs and money in the economy.
Personally, I like shiny gadgets and new technology. But I don't like how quickly it can become unusable when it's still capable of working.

There's an interesting video about the life of electronic gadgets that goes into more detail. It's available below, and also via YouTube.



Image credit: Trash Mountain by Alex E. Proimos, licenced under CC-BY licence, obtained via http://www.flickr.com/photos/proimos/6983485707/