Stx viper head. STX Viper 2 Lacrosse Head: Evolution of Offset Technology and Its Impact on the Game

How did the Brine Edge patent change lacrosse stick design. What were the key innovations in lacrosse head technology. When did the offset head patent expire. How has equipment evolution impacted gameplay in lacrosse.

Table of Contents

The Rise of the Offset Lacrosse Head

The sport of lacrosse underwent a revolutionary change on December 5, 2005, when James T. Dill and William H. Brine III filed for U.S. Patent number US5651549A. This patent introduced the first offset lacrosse head, a design that would forever alter the game’s dynamics and player performance.

The patent described the invention as involving “a specified relationship between the plane defined by the uppermost surface of the stick element, taken at its forward end, relative to the location of the center of gravity of the head.” This seemingly simple modification had profound implications for players’ control and ball retention.

Impact on Player Performance

The offset design dramatically improved players’ ability to cradle the ball. How did this change affect gameplay? The lower center of gravity allowed for more natural ball control, freeing players to focus on their surroundings rather than constantly worrying about ball retention. This increased confidence for offensive players and posed new challenges for defenders trying to dislodge the ball.

The Brine Edge: A Game-Changer in Lacrosse Equipment

Prior to the introduction of the Brine Edge, lacrosse players had limited options when it came to stick heads. In the late 1990s, most players used one of three popular models: the Viper, Excalibur, or Turbo. The arrival of the Brine Edge with its patented offset design quickly changed the landscape of lacrosse equipment.

Rapid Adoption and Industry Response

Following the introduction of the Brine Edge, players quickly adopted the new technology. The offset design became so popular that competing manufacturers scrambled to develop their own versions or license the technology from Brine Corporation. This led to significant changes in the lacrosse equipment industry:

STX explored alternative technologies like the “cant” design in their Proton series
Some companies licensed the offset technology from Brine
Others attempted to copy the design, resulting in legal disputes

Patent Expiration and Its Implications

The offset head patent, originally filed by Brine Corporation, was later acquired by Warrior Sports Inc. after a merger in 2008. U.S. patents filed after June 8, 1995, expire 20 years from the filing date, meaning the offset head patent expired on December 5, 2015.

What does the expiration of this patent mean for the lacrosse industry? The end of patent protection allows other companies to freely use the offset technology without legal repercussions. This opens up new possibilities for innovation and competition in the market.

Potential for Future Innovations

With the expiration of the offset head patent, the lacrosse equipment industry is poised for a new era of innovation. Companies like STX, Under Armour, and Maverik now have the opportunity to develop their own versions of offset heads without fear of legal action. This increased competition is likely to drive further advancements in lacrosse stick technology.

The Evolution of Lacrosse Equipment: From Traditional to High-Tech

The development of the offset head is just one chapter in the ongoing evolution of lacrosse equipment. Over the years, advancements in materials science and engineering have led to significant improvements in stick design, head shape, and stringing techniques.

Key Milestones in Lacrosse Stick Evolution

Traditional wooden sticks with gut strings
Introduction of plastic heads in the 1970s
Development of synthetic mesh pockets
Offset head design in 2005
Continuous refinement of head shapes for specific positions

The Role of Technology in Modern Lacrosse

Beyond stick design, technology has permeated various aspects of the sport. How has technology impacted lacrosse beyond equipment? Modern players benefit from advanced training tools, performance analytics, and even smart lacrosse balls that can track shot speed and accuracy.

Cutting-Edge Training Tools

Virtual reality training simulations
High-speed cameras for technique analysis
GPS-enabled performance tracking devices
AI-powered play analysis software

The Future of Lacrosse Equipment Design

As the sport continues to grow and evolve, what can we expect from future lacrosse equipment innovations? With the offset patent now in the public domain, manufacturers are free to explore new variations and improvements on this fundamental design.

Potential Areas for Innovation

Several areas of focus are likely to drive the next generation of lacrosse equipment:

Advanced materials for lighter, stronger heads
Improved ergonomics for enhanced control and feel
Position-specific head designs optimized for different playing styles
Integration of smart technologies for real-time performance feedback

The Impact of Equipment Evolution on Gameplay

As lacrosse equipment continues to advance, it inevitably affects how the game is played at all levels. How do these technological improvements influence strategy and player development?

Changes in Playing Style

The evolution of lacrosse equipment has led to several notable changes in gameplay:

Increased shot speed and accuracy
Enhanced ball control and retention
More dynamic offensive play
Adaptations in defensive techniques

These changes have made the game faster-paced and more exciting for both players and spectators, while also presenting new challenges for coaches and officials.

Balancing Innovation and Tradition in Lacrosse

While technological advancements have undoubtedly improved many aspects of lacrosse, there is an ongoing debate about maintaining the sport’s traditional elements. How can the lacrosse community balance the benefits of innovation with respect for the game’s rich history?

Considerations for Equipment Regulations

As new technologies emerge, governing bodies must carefully consider their impact on the sport. Some key considerations include:

Maintaining a level playing field for all participants
Preserving the fundamental skills and strategies of the game
Ensuring player safety while allowing for performance improvements
Balancing innovation with cost considerations to keep the sport accessible

The Global Growth of Lacrosse and Equipment Innovation

As lacrosse continues to gain popularity worldwide, how does this global expansion influence equipment design and innovation? The sport’s growth into new markets brings fresh perspectives and unique challenges that equipment manufacturers must address.

Adapting to Diverse Playing Conditions

Global expansion requires equipment that can perform in a variety of environments:

All-weather materials for regions with extreme climates
Affordable options to support grassroots growth in emerging markets
Culturally sensitive designs that respect local traditions
Versatile equipment suitable for various playing surfaces

This global perspective is likely to drive new innovations that benefit players at all levels and in all regions.

The Role of Player Feedback in Equipment Design

Professional and amateur players alike play a crucial role in shaping the future of lacrosse equipment. How do manufacturers incorporate player feedback into their design process?

Collaborative Design Approaches

Many lacrosse equipment companies employ collaborative design strategies:

Partnerships with professional players for product testing and endorsement
Feedback programs for collegiate and high school teams
Online communities where players can share ideas and suggestions
Prototyping and field testing with diverse player groups

This player-centric approach ensures that new equipment innovations address real needs and preferences within the lacrosse community.

Sustainability in Lacrosse Equipment Manufacturing

As environmental concerns become increasingly important across all industries, how are lacrosse equipment manufacturers addressing sustainability? The push for eco-friendly practices is influencing both production methods and material choices.

Eco-Friendly Initiatives in Lacrosse

Several sustainability efforts are emerging in the lacrosse equipment industry:

Use of recycled and biodegradable materials in stick production
Energy-efficient manufacturing processes
Programs for recycling old equipment
Packaging reduction and use of sustainable packaging materials

These initiatives not only reduce the environmental impact of lacrosse equipment but also appeal to environmentally conscious consumers.

The Intersection of Lacrosse Equipment and Sports Science

Advancements in sports science are increasingly influencing lacrosse equipment design. How are scientific insights shaping the development of new lacrosse gear?

Applying Sports Science to Equipment Design

Several areas of sports science are contributing to lacrosse equipment innovation:

Biomechanics research for optimizing stick design and player movement
Materials science for developing high-performance, durable equipment
Injury prevention studies influencing protective gear design
Cognitive science informing visual cues and stick coloration

This scientific approach to equipment design is helping to create gear that not only enhances performance but also promotes player safety and longevity in the sport.

The Economic Impact of Lacrosse Equipment Innovation

The continuous evolution of lacrosse equipment has significant economic implications for both manufacturers and consumers. How does innovation in lacrosse gear affect the industry’s market dynamics?

Market Trends in Lacrosse Equipment

Several key trends are shaping the lacrosse equipment market:

Increasing demand for high-performance, premium equipment
Growth of the youth lacrosse market driving entry-level product development
Expansion of lacrosse-specific retailers and online marketplaces
Emergence of customization options for personal equipment

These trends reflect the growing popularity of lacrosse and the diverse needs of players at different skill levels and age groups.

The Role of Patents in Driving Lacrosse Innovation

While the expiration of the offset head patent opened up new possibilities for manufacturers, patents continue to play a crucial role in lacrosse equipment innovation. How do patents influence the development and marketing of new lacrosse technologies?

Patent Strategies in the Lacrosse Industry

Manufacturers employ various patent strategies to protect their innovations:

Filing patents for novel head designs and materials
Developing proprietary stringing techniques and pocket designs
Patenting manufacturing processes for equipment production
Creating patent portfolios to strengthen market position

These patent strategies not only protect intellectual property but also drive companies to continuously innovate and differentiate their products in a competitive market.

The Future of Lacrosse: Equipment and Beyond

As we look to the future of lacrosse, it’s clear that equipment innovation will continue to play a vital role in shaping the sport. What other factors will influence the evolution of lacrosse in the coming years?

Emerging Trends in Lacrosse

Several trends are likely to impact the future of lacrosse:

Integration of data analytics in player development and game strategy
Growth of indoor and box lacrosse variants
Increased focus on inclusivity and accessibility in equipment design
Potential inclusion in major international sporting events

As these trends unfold, lacrosse equipment manufacturers will need to adapt and innovate to meet the changing needs of players and the evolving nature of the sport.

The Brine Edge, The Offset Patent, And How It Changed The Game

It’s the year 2015 and the sport of lacrosse has come a long way since the days I played in Anne Arundel County toward the end the 90’s. Possibly the most historically important advances in the sport are in the evolution and innovation of the equipment. As a lacrosse player who graduated in 1999 the options for which lacrosse stick you could use were much more limited than they are now. For instance in my heyday every player in the county used one of three sticks. the Viper, Excalibur, and Turbo.

That all changed on December 5th, 2005 when two inventors, James T. Dill, & William H. Brine III decided to file for U.S. Patent number US5651549A. This was the day that the first offset lacrosse head was made and protected by the governing laws of the United States. The patent describes the invention in the following way, “The lacrosse stick involves a specified relationship between the plane defined by the uppermost surface of the stick element, taken at its forward end, relative to the location of the center of gravity of the head. ”

This invention changed the sport of lacrosse for every player around me at the time From that date on each and every player I knew was using a Brine Edge. It is difficult, if not impossible, to imagine the freedom a player felt as they cradled with their first off set head. The gravity of the ball took control of the heads rotation, freeing the player’s mind to focus more on their surroundings. It retained the ball, and gave offensive player’s an insane confidence; I could see the disbelief in every defenseman whose check has failed to dislodge the ball. It changed everything.”

From then on every company involved in making lacrosse sticks was trying to figure out how to compete and recreate this lower center of gravity feel in their products. At one point STX tried to use a different technology called the “cant” when they came out with their first series of protons, while other companies either licensed the use of this new technology from the Brine Corporation or pretty much copied the whole idea leading them into huge lawsuits. The patent is currently owned by Warrior Sports Inc. after a merger with the Brine Corporation on December 3rd, 2008. According to law U.S. Patents filed after June 8, 1995 expire 20 years from the date of filing. This would mean that this patent will expire on December 5th, 2015. Ending the reign and allowing other companies to use this tech as their own with no legal ramifications.

Now the big question is what will happen next? This by no means will make Brine and Warrior heads any different however will lead to the unrestrained use of the offset technology by other companies in the industry such as STX, Under Armour and Maverik. The industry is growing at phenomenal rate and every company is striving to be the leader in the marketplace. For everyone to have an equal chance in production of quality products is not only exciting but necessary.

The expiration of this patent could possibly lead to the next cutting edge advancement in the mechanics of a lacrosse stick. Competition leads to innovation and I for one am excited and cannot wait to see and use the next big thing.

-Van O’Banion

http://www.stylinstrings.com

Head gasket failure 2014 turbo viper | TY4stroke: Snowmobile Forum | Yamaha

Cspittle

Newbie

Jan 31, 2019

I have 2 of them and was lucky enough to be the 1st person ever to blow one up in December of 2013!!!! What you have is a blast but can be even more fantastic! What muffler/can do you have? For 10#’s of boost what fuel pump upgrade is in it? are you running larger injectors or the 4th with separate GEMS controller plumbed into the intercooler. with a flash to retard timing, and proper fuel system and race gas the MPI Stage I is capable of close to 14#’s of boost and set up properly will get you close to 300 hp.

Hello yams dog thanks for the reply sorry for taking so long to get back been very busy the past few weeks. Love the red and white on the viper sweet looking sleds. So what I know about the sled it has the full stage one kit from mpi with over sized injectors I’m not sure what kind of injectors where I just got the sled it has the mpi quiet muffler on it also it has a 0. 66 low compression head gasket and arp Head studs. The fuel controller is a power commander and besides that I’m not sure.

I was able to do some dyno testing a few years back after I had the engine done on mine. I have larger injectors as well as a pc5 pti, I use Ulmer’s mapping and it’s spot on all the time! Mine has the .092” head shim, I run 12 psi on pump gas. When we did the dyno testing we tried the mpi quiet muffler, mpi race (aero) can and a D&D 2.5” oval can. We left boost set at 8 psi for all testing. This has been a few years ago so my numbers might not be exact but within a couple hp either way:

No changes were made in boost and we were dynoing on a 50+ degree spring day with afr’s bottoming out the a/f gauge at 9.00. Ended up turning boost up to 10 psi and still had it very rich at 10.2 and made 230 horse right on the money. So when yamadog says you could be down 40 hp with the quiet muffler..he isn’t kidding. Hats off to Allen Ulmer and his tuning though, if it were me and you had any questions at all as far as what’s in it for mapping I wouldn’t hesitate to shoot him an email. If you’d like to pm me if u have more questions feel free, I don’t know much but enough to be a little dangerous lol.

– If you meet a snake, just let it crawl away to where it was going. If you find a snake lying somewhere, for example, on a stone – they like to bask in the sun – then just leave this place, do not disturb the animal. But, of course, if it is possible to take a photo from a safe distance, you can take a photo, and then even send a picture to us indicating the time and place where it was taken. We will be very happy and maybe even share the picture on social networks! Most importantly, do not scare the snake during the photo shoot. And do not crush the masonry if you find it. In this case, it is also better to leave, if possible, take a picture and send it to our specialists, Mikhail advises.
– Sometimes there are recommendations to suck out the poison or cauterize it with a hot object. Under no circumstances should this be done! Firstly, no one can vouch for the fact that there is not a single wound in the mouth, and if it gets on the wound in the mouth, the poison can also cause allergies or poisoning. And cauterizing the wound is simply useless – it will not have any effect other than the pain of the burn. So water, antihistamine, bandage – and immediately see a doctor! By the way, a bandage in the field can be made even from improvised means, for example, by tearing off the edge of a T-shirt, Mikhail recommends.
Usually larger than the viper, the length of the adult snake is from 75 cm to 1. 5 m. The viper is a small snake, the average length of an adult is no more than 5 0-70 cm, very rare up to 1 m. In a viper, the tail is triangular in projection, short, passes sharply from the body and has a brighter color – it can be red, orange or yellow. The snake’s tail is long, has a smoother transition from the body, tapers gradually.
The first period of activity of poisonous snakes is 20-30 minutes before dawn. They crawl out of their shelters in advance to bask in the sun. After about 9 o’clock in the morning, the snakes get hot, and they return to secluded places. During the day, the snakes again leave the shelter to hunt and find food. The second noticeable peak of their activity begins when the heat subsides – after about 16 hours, and continues until sunset.
Vipers are rather wary and cowardly, but can be aggressive when on the defensive. The most dangerous thing is a meeting with a pregnant female, which curls up into a ball and hisses. Vipers can defend themselves for a long time and even attack inanimate objects when they feel threatened. If you take a snake by surprise and get too close, it may hiss and pounce. However, the throwing range of a viper does not exceed a quarter of its length, i.e. 15-25 cm.
Refill your first aid kit and always take antihistamines with you on walks in the forest – they prevent allergic tissue swelling. This is necessary because after a viper bite, swelling of the mucous membranes of the mouth and nasopharynx can develop very quickly. Take an antihistamine first after the bite. Apply a moderate pressure bandage from improvised means to the affected limb and call an ambulance. Drink plenty of water if you have it with you (recall that you can’t go to the forest without water at all).
If you are alone at this moment, call your relatives or friends, tell them what happened to you, which way you plan to get to the highway where an ambulance can drive up. If possible, ask your loved ones to go to meet you and “share” your location in real time (such a function is available, for example, in Telegram). Doctors clarify that you need to tell your loved ones not because your life counts for minutes, but because stress and a possible allergic reaction can worsen your condition (by the way, that’s why it’s better not to panic).
In almost all vipers, the venom is primarily hemo- and cytotoxic, that is, it destroys blood and tissues, necrotizing them. But there are almost no neurotoxins in viper venom, so usually there are no signs of damage to the nervous system. Symptoms that occur after a bite: weakness, dizziness, shortness of breath, pain. The pain may increase over time. The bite of a viper is dangerous, but rarely leads to death. The rapid introduction of a special serum by a doctor can completely remove the threat to life and health.