I purchased one for the D2 when I hit the Roo for $197.00
Even now the aftermarket versions are far more expensive than a genuine...
Theres no way you would get a Genuine Factory Radiator for $200, even the Bluebox Ones cost more than that....
I purchased one for the D2 when I hit the Roo for $197.00
Even now the aftermarket versions are far more expensive than a genuine...
We have a local that does all ours. Yes the 101, series III and sundry others we are asked to supply. Does an excellent job. We don't question the price as his is often cheaper than ordinal. Except for the 101 $800.00
Mrs hh
Series Landy Rescue
Parts, welding, finger folding, Storage, Painting, Fabrication, Restorations,
Our FB Page..
https://www.facebook.com/SeriesLR?ref=bookmarks
'51 80", Discovery 2, Defender 130, 101 FC + 20 other Land Rover vehicles
80% of Land Rover Buyers ask for The Blue Box Ones, some will wonder why its so cheap when it fails after 6 months..
 OldBushie
					
					
						OldBushie
					
					
                                        
					
					
						Reason for the upgrade is 30% power increase with some mods, power =heat and I want to dissipate it. Will give PWR a call tomorrow. Thanks for the help.
bigger is better
questions;
is the stock rad/intercooler/cooler still suitable with the mods im adding?
is there an aftermarket item that i somehow better than the stock item?
Current Cars:
2013 E3 Maloo, 350kw
2008 RRS, TDV8
1995 VS Clubsport
Previous Cars:
2008 ML63, V8
2002 VY SS Ute, 300kw
2002 Disco 2, LS1 conversion
It does seem strange that the argument about 'manufacturers spend millions developing a car, you don't need a bigger radiator/brakes/suspension' etc etc.
A vehicle is developed to do the intended job but at a set price, everyone knows better materials, workmanship is available but who wants to spend double the cost.
If you believe manufacturers have developed a vehicle that is perfect for a reasonable cost please let me know and I'll buy one
And you're of the presumption that the standard unit doesn't adequately have the capacity to shed this heat load?
Have you done the airflow calculations for the cores?
Thermal efficiency modeling?
Can you be certain that your new core won't actually increase air flow resistance and therefore efficiency is lost or worse?
Or that the core is now over cooling and engine temps are borderline as thermostat and coolant flow behavior have changed.
Power = heat.. Sometimes. Load = Heat is more appropriate.
But where is that heat? In the exhaust? The intake charge?
It's good that you are considering these factors - what you may not be considering (common) is whether the vehicle is in part or whole already capable of handling the upgrades proposed.
Keep in mind these cooling systems are tested at full tow loading, fully laden, in arduous conditions in 45+ heat for hours & days on end.
Your upgrades will have more impact on EGT than block temperatures, and the radiator in the TDCi is the same as the TD5 unit which can more than happily handle desert heat, 33s, 200kw and tow a 2600kg boat and trailer.
Enjoy your vehicle - if modifying is your thing - go for it..
I know I enjoy playing with the Landies...
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