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Howell Mars DIN 4-10

$1,200.00

PRE-ORDER DEPOSIT:   $400   (to reveal deposit option, activate drag-down, above)

 

ACL-INTEGRITY.  ANTI-PRE-RELEASE.  POWERFUL EDGE CONTROL.  

4-10 DIN     $1200

Pre-order deposit:   $400 

Deposits placed now receive 30% off full-price when net amount is due August, 2029:  net balance  =  $440

First shipments — August, 2029

FREE SHIPPING* in North America on $400 deposits placed now.

Pre-order deposits are fully-refundable at any time.

 

     Howell Mars  4 - 10 DIN — for strong & smooth recreational skiers.

Uniquely provides a decisive mix of release-protection, anti-pre-release, edge-control.  No other binding has it.

•   Same core technology as Howell race bindings — but with a lower range of release settings, and housings made with a combination of engineering-grade resins and high-strength aluminum alloy.

•   Off-center release-pivots in all 3 modes of release — decouples ski-flex from the release functions — to mitigate adverse pre-release.

•   Industry-leading elasticity further mitigates adverse pre-release.

•  Extra-wide 8-point lateral boot contact — toe & heel, top & bottom — provide extra powerful edge control.

•  Strong.  Pure alpine.  No pins.

•  ACL, MCL, meniscus, tibia friendly.  Proven biomechanically.  

•   Low 21.5mm standheight mitigates cumulative stress on the ACL, MCL, meniscus, tibial-plateau.  Patented.

 

Details: 

    Toe and heel housings are made of super-durable, engineering-grade, non-hydroscopic, Nylon-11 with 40% long glass fibers.  

    Non-corroding, 303 stainless-steel inner workings provide durable, reliable, long-term function. 

    Utility-patented, low, 21.5 mm stand-height reduces cumulative, long-term, stress on ACL, MCL, meniscus and tibia.  In the alternative, low stand-height allows the addition of race-plates (not included) while meeting FIS racing-rules.

    -ramp angle provides naturally balanced athletic stance, independently of boot sole length.

    Adjustable toe-cup height provides solid boot-interface.

    Floating Mounting System mitigates mounting-screw pull-outs & provides natural ski flex.

    GripWalk sole or ‘standard alpine sole’ compatible.  Both options included.  We recommend against GripWalk boots — to provide tibia-plateau integrity.

    Extra AFD’s (anti-friction pads) and low-friction heel-pads — attachable with simple re-mounting of toe or heel.

    Deep retracting brake-arms provide maximum edge-angle without boot-out’s.

    Anticipated compliance with all DIN/ISO international safety standards (specifically, DIN/ISO 9462, ISO 9465, ISO 11087) as well as ‘standard industry practice‘ for anti-pre-release and durability.

    Individually tested and calibrated.

    5 Year Limited Warranty.

    2 brake retainers for edge/base-prep.

     2 sets of ski-brakes:  70-80mm;  80-90mm**.

     Precision metal mounting jig;  4.1mm-Ø x 9.0mm length DIN-standard drill-bit;  4.0mm-Ø DIN-standard tap.

      Detailed, simple, mounting instructions;  mounting certification program;  24/7 on-line AI service.


 
To pre-order with a $400 deposit, click button at top of page.  

 

To order or pre-order other Howell Ski Bindings:

 

Howell Venus   DIN 3-8   For smooth recreational female skiers.  Extra ACL, MCL, meniscus, tibia - integrity - expressly for women.  4-modes of release.  Additional lateral-heel release.  Additional vertical-toe release.  Excellent edge control.  Easy step-in even in deep powder with short boot soles.  Lite.

 

Howell Planet-B   DIN 8-22   Only for strong adult racers and extreme skiers.  Super durable high strength aluminum alloy housings.  Super-wide 8-point boot-contact for ultra max edge control.  Wide off-center release-pivots provide max anti-pre-release.  Low 21.5mm standheight allows race-plates conforming to FIS standheight regulations (race plates not included).  Floating Mounting System mitigates binding pull-out’s from skis or from race-plates.  Included 1, 2, 3-degree cant kit, including longer mounting screws for the cants.  Adjustable toe-height for solid boot interface.  CAUTION:  PLANET-B IS FOR EXTREME SKIERS & RACERS ONLY.



 

 

Howell Ski Bindings  (sm)
PO Box 1274    •    Stowe, Vermont 05672  USA
1.802.793.4849    • rick.howell@howellskibindings.com 

 

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Copyright © by Rick Howell and Howell Ski Bindings, 2025.  All rights reserved.  U.S. Patent  9,463,370.  Content subject to change without notice.

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'ACL-integrity', 'Anti-Pre-Release', 'It was inevitable.', 'Howell Ski Bindings', 'Howell Venus', 'Howell Mars', 'Howell PlanetB’,  Howell Planet-B’ — are Service Marks (sm) of the company, Howell Ski Bindings .

 

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** Howell Ski Bindings company is against (a) ski waist widths greater than 90mm, AND against (b) all 'pin-bindings' (except Trab TR2;  and Shift, though do not fall with Shift bindings while in the touring-mode, and Shift bindings are not with ACL-integrity) — due to their association with severe, high-energy, tibia-plateau fractures.  Market saturation of pin-bindings and fat-skis match the increase of severe tibial-plateau fractures. The high-energy nature of this type of fracture often involves multiple bone-fragments, difficult surgical reconstruction, and 10 to 15-months of aggressive rehabilitation.  Fat skis and/or pin-bindings on firm snow are a serious problem for the sustainability of our beautiful sport.  (‘Pin-bindings’ are hardly “tech”.)

References:  (1) Dominik Heim, MD;  SITEMSH-Japan, 2016.  (2) Zorko; Nemec; Matjacic; Olensek;  Alpine Skiing Simulations Prove Ski Waist-Width Influences Knee Joint Kinematics;  ISSS-Innsbruck, Austria, 2017.   (3) Stenroos; Pakarinen; Jalkanen; Mälkiä; Handolin;  Tibial Fractures in Alpine Skiing and Snowboarding in Finland: A Retrospective Study on Fracture Types and Injury Mechanisms in 363 patients;  Scand J Surg Off Organ Finn Surg Soc Scand Surg Soc., Sept 2015,  doi:10.1177/1457496915607410.  (4) Improved Short Term Outcomes in Tibial Plateau Fractures of Snow Sports Injuries Treated with Immediate Open Reduction Internal Fixation;  Janes, MD; Leonard, MSPH; Phillips, PA-C; Salottolo, MPH; Abbott, MD, Bar-Or, MD;  ISSS-Innsbruck, Austria, 2017.