Toy_Cam_Ed
Buffed out
I'm going to get one of these two DA's, and would like to know everyone's thoughts on these.
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Buffer_Wannabe said:I'm going to get one of these two DA's, and would like to know everyone's thoughts on these.
BigAl3 said:GG6>G110v2>PCXP
Thomas Dekany said:I'd suggest that you wait just a bit more and see how the 3D PC compares.
I agree with BigAl3 list.
ww2717 said:Date that we might be able to order it.
Kevin Brown said:No machine is perfect, but other than durability of the machine... procedure, procedure, procedure will make a MUCH bigger difference than the brand of machine.
I favor the Meguiar's G110v2, but I also sell them! Please take this into account when reading my opinions.
The Meguiar's G110v2 has had its share of hiccups since its introduction several years ago. Mainly, there was an electrical cord issue with some machines, and a very short stint which saw the speed switch going out. Those problems have been resolved.
The G110v2 is NOT subpar to the Griot's, the DAS-6 Pro, or the 7424XP. In fact, I've seen OPM speeds verified via tachometer that prove its ability to outgun the aforementioned machines on the top-end AND deliver more backing plate rotation. That being said... there seems to be a HUGE variation in speeds with all of these machines; a machine built with an acceptance of plus or minus 10% in regards to its claimed speed rating means that a machine rated to deliver a maximum of 6,000 RPM may actually deliver 5,400-6,600 RPM. In most cases, the speed is on the low side. When a machine seems to be super-powerful in my hands, more than likely it is nearly delivering or actually delivering its rated speed. Sad but true, from what I've been able to verify.
Jason Rose has seen a competitor's machine deliver 13,000 RPM no-load speed, only to slow to a death crawl of 3,600 RPM under load (polishing paint). This way likely an anomaly, but it was verified, and the machine continued to chug along.
The weight and rigidity of a machine's backing plate, the "tightness" of its shaft & spindle bearings (which likely also have an acceptable friction variance) can also affect ramp up speed, ability to maintain a constant speed, and overall speed of the machine.
While I used to look for maximum speed and rotation (my G110 still runs HARD, and it's "diminutive" 4.2 amp motor can deliver 6,500 RPM and 10-12 turns of its backing plate outfitted with a 5" DA microfiber disc), nowadays, in terms of performance, I am mostly concerned with:
• Ample backing plate rotation (more is generally better)
• Low-speed capability (for final finesse-polishing)
• An accurate and progressive speed dial
The current crop of compounds and polishes perform remarkably well using low to mid speed settings, and future formulations look to do the same. This is great news because paint seems to stay cooler when polished using lower speeds (a topic for another day!), liquids last longer, machines run quieter, and user comfort is something we can actually start to expect when using a random orbital!
Compounds are loaded with ultra-fine but grippy abrasive these days, and microfiber discs place a tremendous amount of surface area in contact with the polishing surface. Add the two together, and you can almost expect to see random rotation of the backing plate slow due to friction. The G110v2's Cruise Control feature can really be an asset when polishing using lower speeds (where not a lot of centripetal force is being generated, which is what makes the backing plate rotate).
As to a lifetime warranty... I am always for that, but not if the product I'm buying is constantly breaking. If I'm required to have a backup on hand because it's common knowledge that there are durability issues with the product, I'm not too keen on buying that product.