Here’s a quick guide to installing (or not installing) the Fox 32 Float 150 FIT RLC fork and how to dial it in for max performance on the trail. If you’re looking for a review, check this out.

Installation Tips

Don’t plan on installing this fork yourself unless you have all the proper tools handy and are competent enough for the task. Just in case you’re wondering, you will need either a pipe cutter with a new blade on it or a steering tube cutter guide and a hack saw. You will also need a star nut installation tool. Having said that, once the steering tube and star nut are installed, the rest of the installation is actually easy.

You’ll want to make sure you have enough brake hose for full travel (though you can step the travel down to 130mm using the included spacers). Always follow the recommendations on the included interactive installation CD when mounting the wheel and setting up your quick release for the first time. Keep in mind that the QR should not brush up against the fork at all when the QR locks in place.

Take your bike around a parking lot or on the street and jounce the fork for a while to get all the fluids in place. Let everything settle in for a bit before continuing onto bigger and gnarlier stuff. This is actually an important step and should never be skipped before setting op the fork, no matter how hard it may be to wait.

Setup

The 32 Float 150 RLC has four settings: air pressure, rebound, low speed compression, and lock-out threshold. The first setting you’ll want to adjust is the air pressure and sag. To do this you should have ridden around a bit to get all the bushings well lubricated to make sure that nothing sticks. Dial all the settings to the lightest levels by backing out the knobs (counter-clockwise) on both the compression bezel and the rebound knob on the bottom of the fork leg. Once that is complete you can set the sag on the fork.

Get dressed up in your full cycling gear and weigh yourself in. Look up your weight on the chart in the owners manual to find the correct pressure setting and use the provided shock pump to pressurize. For example, at my weight (full in @200lbs), Fox recommends 95 psi for the correct amount of sag.

Setting compression and rebound along with lock-out settings are all about user preference and will vary from rider to rider and will depend on your terrain, riding style, and ability. Ultimately you want the fork to track the terrain without feeling like it wants to toss you off the bike. You also don’t want a fork that feels like it’s about to bottom out on moderate drops. I generally like to set rebound first, then compression.

You can get a good idea of the initial rebound setting while standing in one spot and jouncing the fork. Start turning the rebound dial clockwise a few clicks at a time, and test each change by opening your hands and pushing down hard on the bars. The rebounding fork should not push your hand off the bars when it returns; if it tosses your hands off, there is too little rebound. Now, go for a ride and pay attention to how the fork is returning. On multiple hits the fork should not pack down (that is, lose travel every hit). Once the rebound is set, it’s time to get the compression and lock-out dialed in.

Compression should be set on the fly, preferably on a section of trail that you know well. With the compression knob you want to add enough compression (clockwise) so that when you take a drop / bump you don’t blow through the entire travel. Instead, you want to have a controlled compression without hitting the bump stop. You can also use the lock-out feature as a higher-level compression setting when taking larger drops or as a way to improve efficiency when pedaling through flats and climbs.

The 2010 Fox 32 Float 150 FIT RLC offers a wide range of settings you can tweak to get the perfect ride. Experiment to find the settings that work best for you!

2010 marks an exciting year for Fox Racing Shox with a ton of new and truly innovative products coming from Bob Fox’s team of engineers and factory test riders. Boost valve technology is now standard in the Float rear shock and there’s also a new DH-specific rear shock called the DHX RC4 that looks super promising. In addition, Fox has taken the hugely successful FIT damper technology from the DH and FR shocks and scaled it for 32mm XC and Trail forks for a new level of performance across the boards. Along with the new damper, the 32mm chassis is now compatible with QR15 thru-axle systems as well.

The 2010 Fox 32 Float 150 FIT RLC (MSRP $870) comes in at a feather light 3.88lbs with 150mm of travel (1 1/8 steering tube) compared to last year’s 140mm version at 3.97lbs. FIT stands for Fox Isolated Technology and the FIT damper basically reduces oil volume and weight by 71g. The damper also produces a reduction in un-sprung weight (weight not supported by the air spring) which ultimately increases tire-to-ground responsiveness and traction. Another major benefit of the FIT damper is the elimination of fluid aeration which translates into consistent damping, even over washboard trails. This is accomplished through a bladder that holds the fluid in a vacuum sealed, reduced volume chamber to prevent fluid from foaming up when traveling though the piston.

For those who might be skeptical about the QR15 thru-axle, it’s definitely time to reconsider. The QR15 was developed in collaboration with Shimano and the engineers optimized the design for weight, stiffness, and packaging for XC to light AM bikes. Bikes with the QR15 have 15% greater torsional fork stiffness with a full 25% gain in transverse shear. Ultimately this increases rider confidence and makes the fork a stronger, stiffer unit, with sixth-sense-like steering response.

On The Trails

Once everything was dialed in (see my article on Fox 32 Float 150 FIT RLC installation and set-up) I had some great opportunities to give this fork a workout with varied terrain from rollers and rooted terrain to fast, dry, hard pack on the Don trail network here in Ontario. To be honest I didn’t pay much attention to the fork for the first couple of hours of riding since most forks, including this one, need time to get broken in and to get all the seals set and working correctly. During my warm-up I found I needed to increase my initial compression and rebound settings.

After working the kinks out I really started paying attention to how the 32 Float 150 works. I have to say for a fork that has only 150mm of travel it rides like it has much more than that. The travel seemed especially long when the fork started hitting rougher, extended rooted surfaces where the 32 Float performed fantastically. Ultimately this fork seemed to perform nearly as well as the Fox 36 Talas despite the smaller diameter stanchions. This unit is a whole 1.1 lbs lighter than the 36 Talas and the narrower stanchions make this fork great for the aggressive trail rider who can make do with 10mm less travel.

Hitting 4-foot drops was nothing for this fork and it soaked up the drops as if they were sidewalk curbs. So with that bit of experience I started hitting bigger 6- and 7-foot set downs with smooth transitions with no worries and a big smile. I noticed that the harder the fork worked, the more comfortable it felt, much like the 36 Talas I reviewed not too long ago.

In the corners I definitely noticed a huge improvement over the 9mm wheel mount version that I tested last year. For starters I noticed my discs didn’t rub in berms and flat corners – the old version flexed enough that the hub would torque slightly and the disc would rub on my brake pad. Needless to say, the QR15 is well worth the upgrade by itself (that is if you have a QR15 wheelset or plan on getting one soon). The QR15 really did improve tracking on the trail and kept me pointed where I wanted to go.

If there were one thing I would improve on this fork it would be the compression dials and indicators. Unlike another fork I also ride often, the amount of difference from one click to the next on the 32 Float 150 FIT RLC is not as clearly defined which means it takes a bit of luck to find the right levels.

All in all, the Fox 150 FIT RLC is a great mountain bike fork. It tracks precisely, takes bumps, roots and drops with ease, and soaks up terrain like a mop. This fork may not be the lightest around but it is certainly very tough and responsive. I would definitely recommend the Fox 32 Float 150 FIT RLC to any of my long legged trail bike friends!

Performance Chart:

Specs from FOX:

WEIGHT (15QR-includes axle)
3.88 lbs / 1.76 kg (1 1/8″ steerer)
3.85 lbs / 1.75 kg (1.5″ taper steerer)

TRAVEL
5.9 inches (150mm)

ADJUSTMENTS
- Low speed compression- Lockout force adjust- Lever actuated lockout- Air spring pressure
- Rebound

DAMPER
NEW FIT

LOWER LEG
(post-style disc brake mounting only)
- 15QR thru-axle system

STEERER
Standard: 1 1/8″
Optional: 1.5″ Taper

SPRING
Air

FORK COLOR
White

INTENDED USE
XC, Trail, AM

Thanks to the folks at Fox for sending over the Fox 32 Float 150 FIT RLC for review.

The Fox Talas 36 RC2 fork is just the ticket for those who like to travel through the air with the greatest of ease while avoiding going splat upon landing. Fox has revamped its entire product line for 2010 and I just had to try the latest arrival: the Fox TALAS 36 RC2 (now with FIT damper). This fork is impressively stout, more adjustable than a NASCAR, and lightweight for its class (less than five pounds). How did Fox manage to cram so many features into such a lightweight package? Well, for starters the new FIT damper reduces the amount of oil required which in turn reduces the fork’s weight. FIT technology also eliminates the chance of oil aeration (turning from fluid to foam) which translates into better control throughout your ride.

Installation

Seeing that this fork is not cheap, do not attempt to install this one unless you have all the tools handy and are competent enough for the task. Let’s face it: when a bike part costs more than a thousand dollars it’s not something you want to make a mistake on unless you’re Donald Trump (and I’m guessing he doesn’t do his own MTB work). Now, having said that, once the steering tube and star nut are installed, the rest of the installation is actually a snap. Just make sure you have enough brake hose for full travel and the correct amount of load on the quick release skewers at the axle.  Always follow the recommendations on the included interactive installation CD when setting the sag and use the table provided by Fox to set the correct pressure for your weight. Above all, remember to weigh yourself in full gear with water, otherwise you will be off and will need to add more pressure later.

Before setting up this fork I strongly recommend riding around a parking lot or on the street while jouncing the fork for a while to get all the fluids where they need to be.  This one step I never skip – and keep in mind the “showroom push down” doesn’t cut it.

Setup

After bouncing around for a bit to get all the fluids well circulated I got down to business setting up my fork. The TALAS has four settings: air pressure (spring rate), low speed compression, rebound, and high speed compression. The images below show the controls for the TALAS  rebound, high speed and low speed compression and finally the height control.

Sag is controlled via air pressure and is the first thing that needs to be set. Just follow the included CD instructions on selecting a starting pressure and you should be well within the ball park. This fork allows you to roll with either 100, 130, or 160mm of travel so I chose to use the fork’s full 160mm length for my sag measurement. Fox recommends a 20% sag which translates into 32mm at a 160mm length.

Low speed compression is set using the small blue knob and stacked dials on the right fork leg (they are covered with a black screw cap). When setting the low speed compression you’re looking for the point where you can hit the brakes or accelerate without having the bike pitch excessively. Ride hard and hit the brakes, noting how much the bike pitches forward. You don’t want too much movement but at the same time you don’t want the fork to stay rigid. Ultimately you need the fork to follow the trail and thankfully this setting can be tweaked both on and off the trail.

Rebound is the next setting to manipulate and you also can do this one the trail. Here you’re looking for a controlled return to ride height after the fork compresses. You don’t want the fork to feel like it’s tossing you off the bike on return (too little rebound) nor do you want the fork to come up so fast that it feels like the fork is losing travel over multiple bumps (too much rebound).

For me the high speed compression (big blue knob) setting was a bit more challenging and I ended up using more of a “seat of the pants” approach to get it dialed in. Most riders will probably only need to set this once after finding a satisfactory amount of control but those who live and breathe traveling through the air will probably want to play with this setting more often. Adjust your high speed compression setting so the fork doesn’t blow through its entire travel too quickly when taking a big hit. Keep adding damping until you have a controlled fork compression without the fork eating up all its travel and bottoming out (stopping abruptly in its internal bump stop). You will know you have too much high speed compression when you feel your wrists compress and an uncomfortable amount of force travels through your body on impact.

On the trails with the TALAS 36

On rutted, rooty trails the fork followed the trail as if my tire was glued to the ground.  During my test rides there was never an instant when I felt the fork lose control over the front wheel. Granted, I was using a fairly lightweight but strong wheel set-up (Eskar S-works 2.3 and Sun-Ringle STR8 Track wheels), but clearly the fork took control and managed the wheel nicely over rutted braking areas without a single complaint.

Flying over larger jumps, drop downs, and waterfall rock gardens I felt very confident and in full control of the bike. The 160mm fork with its 36mm stanchions and the 20mm quick-release really kept everything aligned upon landing and soaked up jumps as if they were just bumps. Nailing every jump without having the front end want to bury itself in the dirt or push me off the bars was just fantastic. I love a fork that can do that!

Climbing with the TALAS is what I really liked because I could go from 160mm to 130mm to 100mm in just two clicks without having to remove a glove. This feature is a must for those who intend to toss this fork on an all-mountain or trail rig. At 160mm travel, climbing can be a bit tough and yes the steering will wander a touch (put a wider bar on and this is a non-issue). But turn the travel down to 130mm or even 100mm and you’ll have a steeper head angle and your weight will be better distributed over the bars – now you’re climbing with the rest of the group. Now don’t get me wrong, I’m not saying you will be as efficient as your buddy on his XC rig, but at least you can keep up!

Descending with this fork on a few ski runs at Blue Mountain, ON was ridiculously fun – I just cranked the fork up to its full travel (160mm) and went. At speed with this fork I felt like I was on rails with the added comfort of total control when landing jumps. I also found I didn’t need to add steering corrections when I hit patches of rocks or roots. Going fast and flying over doubles is what this fork lives to do.

Final notes on the TALAS

This fork rocks and Fox gives you everything you could possibly want in a lightweight, neat package. Not only do you get a highly capable fork that is very light for its size and travel but you also get a fork that can be dialed in precisely for any riding style. Overall this is a great buy so give your LBS a shout to see if you can get a test ride on a Fox TALAS 36 RC2 – I’m betting you won’t be disappointed. Just don’t let sticker shock deter you – in mountain biking you almost always get what you pay for!

Cheers

How I Rate the Fox TALAS 36 RC2

Specifications from Fox:
WEIGHT (1 1/8″ steerer): 4.99 lbs (2.26 kg)
WEIGHT (1.5″ straight steerer): 4.90 lbs (2.22 kg)
WEIGHT (1.5″ taper steerer): 4.95 lbs (2.25 kg)
TRAVEL: 6.3 inches (160 mm) TALAS travel adjust 160-130-100
ADJUSTMENTS: Low speed compression, High speed compression, Travel (160-130-100mm), Air spring pressure, Rebound
LOWER LEG: 20QR thru-axle system; post-style disc brake mounting
STEERER: Standard: 1 1/8″, Optional: 1.5″ or 1.5″ Taper
SPRING: Air
FORK COLOR: Titanium
INTENDED USE: DH, FR, AM

Just a quick thanks to the good folks at Fox Racing Shox’s for the TALAS fork and Opus Bikes for their great bikes that they produce.