Classic pump styling updated with new tech. Fabric's new pump features an overhandle design, allowing for a greater stroke from each pump, is Schrader and Presta compatible simply by unthreading the end of the connection, and has a solid wood handle.
Fabric's FL500 light shoots at least 500 lumens of light and is designed to combat water ingress. Fabric worked with a diving light manufacturer to create them and all lights have an IPX 5 water rating. Pricing TBC
The FL (Front Light) series of lights are adjusted via a dial on the back of the light. This is the FL300, which guarantees 300 lumens of light. Pricing TBC
Fabric's FL150 is rechargeable via a USB, can be used as either a front or rear light with both red and white lights, and doubles as a handy flashlight. Pricing TBC.
The RL30 (Rear Light 30 lumens) contains an accelerometer that reacts by getting brighter if on solid, or turns to solid if on a flash mode when a rider suddenly stops. This light will retail for $40 US.
Fabric are now doing custom prints for shops and teams, like this one for the Grinduro.
Stages showed us their BB30 carbon crank and power meter. They retail for $699.99 US.
There are two versions currently available; one for OE SRAM (think Specialized bikes), and a regular aftermarket SRAM BB30 crank. A third is coming which will cover Race Face cranks.
The Stages power meter is also available on a carbon crank arm for regular SRAM GXP crank interfaces. The cranks are manufactured by FSA and retail for $629.99 US.
Koroyd believe that safety gear, and specifically helmets, are not safe enough. They're working on a new safety initiative that looks to push standards higher.
A close view of how Koroyd compresses when impacted. This takes away a lot of energy that could otherwise go into a riders head and brain.
Their tech is produced in a range of colors, shapes and sizes.
The updated Thule T2 Pro rack can hold 4 bikes up to 50lbs each (with a 2" hitch). It includes a lock on each front locking mechanism. The 1.25" hitch is only available in a 2 bike configuration. MSRP is $549.95 US.
The updated T2 Pro rack can be lowered easily via the handle at the end of the rack, allowing access to the trunk of vehicles.
The rack folds up neatly.
Thule's new Roundtrip Pro XT features removable plastic side panels that help protect the bags contents, but make it easier to stow away. The bag will retail for $599.95 US. The bag alone weighs roughly 16lbs.
The bag includes an integrated bike stand for when you get to the other end. The legs of the tripod slide into the side panels of the bag's inners, adding extra protection, while the bike mounts to the top piece within the bag.
The Thule GoPro backpack features a hard case on the front that protects the camera and accessories, but keeps access quick and easy. It also features a backwards facing camera mount.
The bag's GoPro compartment can hold up to 3 cameras and a range of small accessories. Price TBC
It also features an extra chest strap that can be added for riding, a pocket for a water reservoir and plenty of space for things like snacks or tools.
They have also developed a GoPro case to safely store a camera or two, plus a range of the accessories.
Anyone else think these tray racks need an upwards slope (rear most bike higher than front) to eliminate dragging while crossing water bars, etc. I'm planning a home built custom design specifically for this reason. Would be nice to see this taken into consideration in production models.
@snottrail: That's what i'm talking about! Some decent clearance for ditches/rough terrain! Now if they can make me a swing away 3 bike version i won't have to break out the welder...
@lostlunchbox: They do a 4 bike carrier that seems to have a steep exit angle, scroll down the page further or look round the website. I`ve never seen one in person.
@lostlunchbox: I thought the same thing. 4 bikes on that rack will put a lot of force on the hitch, and then what is the max climb angle before you high-side on the rack?
@jfkusa: Bike racks depend on a hitches "Tongue Weight", and that is usually dictated by the vehicle itself. That MaxxTow unit moves the entire rack back by 1 foot so will significantly increase leverage on hitch. Also by moving everything back will take back some of the gained clearance when at an angle to the ground. I really would avoid that. MaxxTow's own specs says:
"Using this extension will reduce your hitch's weight capacity by 50 percent."
I think the best carriers keep the bikes high and close to the rear of the vehicle: decreases leverage on hitch and gets bikes up so reasonable ground clearance.
These racks should also be considered. They hold the bike vertically and eliminate the need for the upward slope of the tray style racks. they also come in 4 and 6 bike versions.
Likely true. I seldom have that issue as I run an NSR-4 rack and aftermarket rear bumper with receiver hitch built-in which gains approx 4" height over stock.
@Thustlewhumber: Swagman racks are so legit and inexpensive. I've had 2 jacknife 2's. Only had 2 because one got hit by a truck. Each cost me less than $200.
Anything on when the Stages Race Face solution would be available? Assuming it just means combining the (rather unattractive) Stages-branded don-driveside crank with the rest of e.g. the Next SL crankset. So the "engineering" is basically creating the interface to the RF axle.
The Raceface spindle spline on the NextSL is the same as Cannondale Hollowgram, if that helps. I use the Raceface spindle on my Hollowgram crank so it'll fit my frame.
@P3N54: Yes that is correct. I actually use the RaceFace Spindle with my sram bb30 cranks to clear my bike as well. The Hollowgram Stages would be the way you want to go, especially since it is so light.
That koroyd looks promising.
Helmets made with Styrofoam . Rather lo teck.There must be a material that does a better job of absorbing the shock that causes
concussions
i checked out the company. Hope this product catches on.
I'm a big fan of the recent push in the helmet industry to adopt new materials & tech to enhance safety. That said, Smith's application of Koroyd has been a bit of a double-edged sword: it's great that they are enhancing safety by filling in what used to be empty vent spaces with Koroyd, but for bike applications, this means a significant decrease in airflow, since the vertical Koroyd tubes don't transport air coming from the front. I can & do live w/ Koroyd in my ski helmet, since I don't wear it on the up unless I'm riding a lift, but for hot summer temps we get here in the Sierra foothills, Koroyd is simply the wrong tool for the job.
Vloscente: Smith is using the same old low teck styrafoam and dressing up the helmets with pieces of Koroyd. One would have to throw away all the tooling set up for moulding styrafoam. It would have to be new from the ground up. Btw. The Koroyd is more like mesh so if you used it as the main shock absorbing material it would breath. Unlike styrafoam. Would like to see some data on which material is actualy better at absorbing shock.
@Sshredder: Even for their older, pre-Koroyd snow helmet designs like the Vantage, I'm pretty sure they had to at least modify the tooling. I've seen cutaways of the Vantage, and the Koroyd isn't just popped into the old vent holes, they insert larger chunks of Koroyd that are then "foamed in" with significant areas of foam/Koroyd overlap in the mould. As for "breathing," that's not really the issue. When you're just standing around, the vertically-aligned Koroyd tubes in a helmet vent allow heat to escape upward with no appreciable difference to an open vent. The best ventilated helmets currently on the market, however, focus not just on having vents that allow heat to escape upwards, but on channeling & transporting incoming air across the head while you're moving. Since Koroyd is unidirectional, you can't have it both ways - if you install it upright for passive venting, you get very little front-to-back air transport across the scalp. In a snow helmet, this compromise works: it's typically quite cold out, you're producing heat just a few minutes at a time while going downhill, and on the up you're riding the lift (or spending hours skinning up w/ the helmet strapped to your pack). For bike helmets, I don't think Smith quite has it figured out yet: reviewers across the board say the helmets run significantly hotter than the competition. Until they do, I'll be looking elsewhere for other, more functional options of enhancing bike helmet safety like 6D's ODS system, multi-density-foam designs like Kali, or MIPS.
@vinay: I have the older version and it handles 15mm axles just fine. Not sure about 20mm. The system works really well too in terms of making the process of getting the bike ready to ride at a trailhead parking lot super easy.
@jrocksdh: In France you can take your bike along with you in the train as long as it is in a bicycle bag, there is no weight limit. I did once when I had a cheap bike bag (Brand X) stuffed with my bike, body armour, spares and tools. It was pretty horrible to drag around on the railwaystations as it wasn't stiff and constantly wanted to fall/bend to one side. It definitely makes sense to invest in a good one.
@hangdogr: Good to know. My forks take 20mm axles (from back in the day) but it shouln't be too hard to make that work.
A power meter and a cadence sensor are two different things. One measures your power output (usually with a strain gauge), the other simply measures RPM.
No cadence is rpm, revelutions per second and power is watts, this is worked out using cadence as well as other sensors then input into an algorithm, which determines power output. Cadence is a different thing, however power meters have been around in road biking for a couple of years
Cadence and power are two different things
Cadence sensors just measure how many revolutions of the cranks you do
Power meters measure power put out by the rider though most power meters can measure cadence as well
in Aus
@jfkusa: Bike racks depend on a hitches "Tongue Weight", and that is usually dictated by the vehicle itself. That MaxxTow unit moves the entire rack back by 1 foot so will significantly increase leverage on hitch. Also by moving everything back will take back some of the gained clearance when at an angle to the ground. I really would avoid that. MaxxTow's own specs says:
"Using this extension will reduce your hitch's weight capacity by 50 percent."
I think the best carriers keep the bikes high and close to the rear of the vehicle: decreases leverage on hitch and gets bikes up so reasonable ground clearance.
northshoreracks.com
recon-racks.com
www.northshoreracks.com
So you could in theory run the Hollowgram Stages on an otherwise Next SL crankset.
One would have to throw away all the tooling set up for moulding styrafoam.
It would have to be new from the ground up.
Btw. The Koroyd is more like mesh so if you used it as the main shock absorbing material it would breath. Unlike styrafoam.
Would like to see some data on which material is actualy better at absorbing shock.
As for "breathing," that's not really the issue. When you're just standing around, the vertically-aligned Koroyd tubes in a helmet vent allow heat to escape upward with no appreciable difference to an open vent. The best ventilated helmets currently on the market, however, focus not just on having vents that allow heat to escape upwards, but on channeling & transporting incoming air across the head while you're moving.
Since Koroyd is unidirectional, you can't have it both ways - if you install it upright for passive venting, you get very little front-to-back air transport across the scalp.
In a snow helmet, this compromise works: it's typically quite cold out, you're producing heat just a few minutes at a time while going downhill, and on the up you're riding the lift (or spending hours skinning up w/ the helmet strapped to your pack).
For bike helmets, I don't think Smith quite has it figured out yet: reviewers across the board say the helmets run significantly hotter than the competition. Until they do, I'll be looking elsewhere for other, more functional options of enhancing bike helmet safety like 6D's ODS system, multi-density-foam designs like Kali, or MIPS.
@hangdogr: Good to know. My forks take 20mm axles (from back in the day) but it shouln't be too hard to make that work.