The New Defender Will Not Be Like The Old One
Judging by these photos of a camouflaged prototype, that鈥檚 what the new Defender fixes. It will prioritize the angles needed off-road over passenger space. And that鈥檚 all Land Rover really needs to do to make this thing extraordinary: simply allow it to take full advantage of the technology the company has worked so hard to develop. Look closely, and you'll see a camo'd snorkel on the left side of the windshield. Evaluated objectively, the old Defender was awful. You could see daylight between the closed doors and the body they loosely fit in, yet all the glass would fog up the instant there was any moisture in the air. Moisture that, by the way, was free to leak inside as you drove. If that was all that was leaking, then a Defender driver knew that they were on the verge of a breakdown, because all the oil in the engine, the transmission, or the axles must already be gone. The driver鈥檚 seat couldn鈥檛 accommodate anyone over 5 feet, 9 inches tall, yet the clutch pedal took the strength of a full-grown adult to push. They were so slow, and so ponderous on the road that highways were virtually off-limits, yet required extensive and expensive modification to perform off-road with anything close to the aplomb their image would suggest. And let鈥檚 just say their reputation for poor reliability was justified. Land Rover can no longer afford to trade on its image alone, as the old Defender did for so long. It needs to produce a safe, reliable, modern vehicle that can offer a wide range of drivers both capability off-road, and convenience and ease of use on-road. From a traction standpoint alone it appears as if this new one will be able to go much further than the old. Land Rover has never looked backwards with any of its vehicles; all signs point to this new Defender moving the 4x4 forward into a new era.
Just as the sun was setting I spotted an outcrop with no goats on it, across a dry river (I know it was raining). We all crossed the 1/2 mile or so from the road, across the river bed and then hid behind some palm trees and bushes for the evening and setup the wild camp for the night. This was now a military operation and we were all setup with the shelters our and the BBQ on within 10-15 minutes for a night of good cooking Burgers and Geep. Geep is an interesting meet, if you BBQ it and chew it for hours its actually really nice. I think however your probably better off cooking it for hours in a source and then eating it quickly when tender. We now believed it was Goat. But to us, we had invented the Geep smaller than a Jabberwocky and can be used for shoe leather if needed. Oh and a massive thanks to Mike, Jerry and Ken who donated some of the 100's bottles of beer to the BBQ and some Wine. We talked and ate well into the night before going to sleep. It was however bloody cold. The next morning we worked out we were no further than 1 mile from 3 roads, so we broke up camp and moved on before we were spotted by the local childern and they chased us for sweets. Oh did I say Jerry had runny poo that morning, I don't think Geep suited him at all. And, Sid was very cold after giving away his onsie. So in the Landies, go 1/2 mile to the road, turn left and exactly 2 miles later we were in the destination we had been heading for all the last day. This is typical of doing this kind of tour. Sometimes you just don't get there.
However the biggest surprise in the budget, and the surprise that has most outraged scientists, is the cancellation of the Wide-Field Infrared Space Telescope (WFIRST). To be launched in the mid-2020s after the launch of the James Webb Space Telescope, the primary mission of WFIRST is to study dark energy, little understood by scientists, which comprises 68.3 per-cent of the energy in the known Universe. Another important mission of WFIRST is the continual search for planets in other solar systems, including a chronograph which should provide the first direct images and spectra of some of these exo-planets. WFIRST was first proposed in 2010, as the result of an exhaustive study of possible NASA missions conducted every ten years called the Decadal Survey. An expert committee of scientists, organized by the National Academies of Sciences, Engineering, and Medicine, had declared WFIRST as the top priority for a large 鈥渇lagship鈥?space telescope after the Webb Space Telescope is orbited and operating. Jon Morse concludes the op-ed column by saying, 鈥淐ongress needs to restore the WFIRST mission to NASA鈥檚 portfolio, to avoid the catastrophe of a 鈥渓ost decade鈥?and atrophying U.S.
Faster engine and catalyst warm-up significantly reduces emissions in the first minutes after a cold start, and by bringing engine and gearbox oils up to operating temperature more quickly, it reduces mechanical frictional losses. An electronically controlled thermostat and cooling circuit give far more accurate control of coolant temperature than a conventional system, allowing the engine to run closer to its optimum temperature. The system also incorporates an electric water pump, which, unlike the conventional belt-driven water pump, is driven only on demand, and at variable speeds, avoiding inefficient and unnecessary overspeed running. Mechanical energy savings, optimum temperature control and fast warm-up from start offer the potential for additional CO2 emissions benefits. Significant benefits are also possible with the use of electric power steering technology, EPAS (Electric Power Assisted Steering). EPAS completely eliminates the pumped hydraulic assistance of a conventional system and powers the steering rack directly, by electric servo motor. That eliminates pumping power losses, including the significant losses when the pump is being driven at high speed even though assistance is not required, again offering a noticeable CO2 benefit compared to a belt-driven hydraulic system. The higher-voltage electrical supply made possible by ISG also allows the possibility of more powerful assistance for more demanding use - on off-road terrain, for example. All electrical system functions are controlled by IMES (Intelligent Management of Electrical Systems), with further efficiency gains. It incorporates a closed-loop system that monitors battery charge, vehicle electrical system demands, and generator speed and load. It uses the monitored data to ensure that the whole electrical system operates in the most efficient way.
This severely impacted off road users - preventing them from mounting smaller wheels with larger off-road tires (to get taller sidewalls which are far better for off road use). The spare tire is mounted to rear door. This is an obvious carry-over from the old Defender model. Pro: This improves departure angle a lot, and also allows mounting a larger off-road spare tire. Con: It blocks rearward vision. The car has independent suspension: front and rear. This is no different from the previous LR3 and LR4 models and the current Discovery models. I drove this for years, and while hard-core off-roaders disdain this setup and prefer solid axles, I never had any issues. It has an air suspension. The photos clearly show the body lifted higher in some shots. I can make out 2 height settings from the many photos. There might be more. The LR3/4 had 5 settings (access, normal, off-road, extended, and unnamed 'super-extended'). Here's the normal height setting. Here's the raised suspension.
