Section Key Points Introduction Properly fitted helmets enhance safety and performance, reducing injury risk by 60-70%. Why Resizing with Foam Velcro Inserts Works Mismatches in helmet sizing can be corrected with foam Velcro inserts for custom adjustments. Benefits of Foam Velcro Inserts Improves safety, comfort, is washable/reusable, and cost-effective compared to buying a new helmet. Materials Needed Foam sheets, Velcro strips, basic tools, and optional extra padding. Step 1: Assess Your Current Fit Check the helmet's ride height, front-to-back, and side-to-side fit for comfort. Step 2: Remove and Prepare Old Padding Gently remove existing padding using tools like a hairdryer and clean any adhesive residue. Step 3: Cut and Attach Foam Inserts Trace helmet contours, cut foam, attach Velcro, and press firmly for a stable attachment. Step 4: Install and Fine-Tune for Perfect Fit Align pads correctly, check for fit through activities, and make necessary adjustments. Common Fit Issues and Adjustments Solve fit issues by adding foam, switching pads, and adjusting for stability. Step 5: Maintenance and Safety Checks Regular cleaning and Velcro inspections, adjust for weight changes, study highlights the importance of tailored padding. Final Thoughts Custom upgrades transform the helmet into effective protective gear, ensuring a secure fit. IntroductionA properly fitted helmet is crucial for safety, comfort, and enhanced performance. Studies from the National Highway Traffic Safety Administration have shown that a well-fitted helmet can reduce the risk of injury by up to 60-70% during impacts[1][2]. Whether you're an avid cyclist, motorcyclist, or involved in tactical activities, it's essential to know how to resize your helmet using foam Velcro inserts. This method offers a custom fit without the need for a brand-new purchase, ensuring your helmet sits just right and provides optimal protection[1].Why Resizing with Foam Velcro Inserts WorksThe mismatch in helmet sizing often arises from variations in head shape. Thankfully, foam inserts that attach via Velcro are a solution and allow for precise adjustments in increments of 0.5 to 1 inch.[2][6]Key Benefits of Foam Velcro Inserts Improved Safety: A snugly-fitted helmet remains stable during impacts, enhancing its capacity to absorb shocks[1]. Custom Comfort: Users have reported improved helmet stability without slippage after weeks of regular use[5]. Washable & Reusable: Velcro inserts can be easily detached for cleaning, thereby extending the helmet's life[8]. Cost-effective: The price of foam sheets and Velcro pales in comparison to the expense of acquiring a new helmet. Materials You'll NeedHeres an affordable checklist for any Velcro-compatible helmet: bicycle, motorcycle, tactical, or sports: Foam Sheets: Opt for closed-cell EVA or EPP foam, ideally 0.5-1 inch thick. This is particularly useful for helmets like Gentex kits that offer pads in these sizes[2]. Velcro Strips: Pair the hook side with the helmet shell, while the loop side should align with the foam, making sure to use industrial-strength, adhesive-backed options[2][4]. Basic Tools: Scissors, ruler, marker, hairdryer for stubborn Velcro removal, and a screwdriver for extracting old padding[2][4]. Optional Extras: You may use glycerin-lubricated needles for inflatable pads, or ready-to-go liners such as the Scorpion2 motorcycle pads[1][8].Ensure you test-fit everything before you commit to permanent adhesion, as Velcro bonds its strongest 24 hours post-application[2].Step 1: Assess Your Current FitStart by wearing your helmet sans accessories and test the fit in several areas:[1] Ride Height: Helmet's front edge should rest approximately 1 inch above the eyebrows. If too low, consider adding crown/top padding[1][6]. Front-to-Back: The helmet should be snug yet comfortable, without pressure against the forehead or neck. Side-to-Side: Look for a slight pressure and no wobbling a gap of 0.5-1 inch is ideal for play[2]. Step 2: Remove and Prepare Old PaddingRemoving existing padding should be gentle, considering most are attached by Velcro: Peel pads slowly from the Velcro, starting at the edges[1][7]. For Velcro stuck to the shell, heat the adhesive with a hairdryer (dont exceed 70C) and carefully pry it off using a flat screwdriver[2]. Clean any remaining residue with isopropyl alcohol before proceeding.[5]Step 3: Cut and Attach Foam InsertsTo correctly resize the helmet, strategically cut foam pieces you intend to add: Make templates by tracing the helmet's interior contours onto paper, adding a 0.25-inch seam allowance[5]. Cut foam sheets tailored for your specific needs (e.g., 3/4-inch rear pad for height adjustments)[2]. Velcro the completed foam pieces either by sewing or gluing the loop side to the foam[5]. Attach the hook side of the Velcro to the helmet shell, following specific diagrams wherever available. Make sure to press firmly and allow 24-hour settling time[2][4].Step 4: Install and Fine-Tune for Perfect FitFinal adjustments are crucial for your helmet fit to be just right: Start with the essential crown pad by aligning it correctly, either by inflation or Velcro attachment[1][6]. Place the front pad, followed by side and rear installations, double-checking the fit by walking, jogging, or riding[1]. Adjust any discrepancies by switching foam thickness, keeping key alignments in mind[6]. Common Fit Issues and Adjustments Common Issues Solution Foam Adjustment Overall too loose Add 0.5-1" crown/side foam Increases height/width[1][2] Forehead pressure Switch to " rear pad Relieves forward push[2] Side-to-side rocking Thicker side pads Ensures lateral stability[6] Sits too low Try crown inflation or " top pad Elevates helmet by 1" above brows[1] Step 5: Maintenance and Safety Checks Weekly: Remove pads and wash them with mild soap, air-drying completely before reinstallation[7][8]. Monthly: Inspect for Velcro wear and replace if peeling becomes evident[2]. Adjust your helmet after significant weight loss or hair changes. Studies in 2023 highlighted that tailoring padding could reduce rotational forces by 40% in crashes[1][2].Final Thoughts on a Secure RideOnce your helmet is equipped with these custom upgrades, it evolves from mere headgear into a tailored protective shield. Riders across various disciplines have vouched for the transformative change, experiencing zero slippage over long periods[5][8]. Remember, a perfect fit could be life-saving. Always prioritize safeguarding over aesthetics and adhere to manufacturer guidelines for any specific model tweaks[1][2].```html```

The last month has been a busy period!Rosie and Alex have been dealing with the tradestand applications, and I am pleased to report that the great majority of our regular exhibitors have already confirmed they will be back with us next year. Also, Rosie has contacted many of the volunteers and again there will only be a very few roles that will need filling, thank you to each and everyone of you for your wonderful support. Elise Harvey has returned to the fold, as she does every December, to work alongside Rosie and Alex.The Box Office (Claire and Delyth Elmer) are all but ready for the Box Office to open at the beginning of January. Hopefully, all those on our mailing list will have received our November newsletter but, if not, please contact the Box Office!The stable yard roofs have been worked on over the past two or three years and a section is being re-roofed as I write.Horse welfare is always at the front of our mind, and I have a meeting this week with our Veterinary Delegates (Frederic Barrelet and Liam Kearns) and Tim Randle (Veterinary Service Manager), to ensure we are putting in place all that is necessary for the 2026 event.Recently, I attended the World Horse Welfare Annual Conference which was as inspiring as always, the subject this year being Through the horses eyes.I am delighted that we have announced the Ebony Horse Club as our Charity of the Year for 2026. Suzy and I were lucky enough to visit earlier this week alongside Pippa Funnell, who has become an ambassador for this wonderful organisation based in Brixton London. The charity gives both pleasure and opportunity to many a young person to get involved with horses. Please, I would ask you to support.Suzy Stephens (who looks after all digital) has some fun surprises for you over Christmas time! Which leads me to wishing everyone a very Happy Christmas and all best wishes for the New year!

Key Points Details Curiosity and Risk Horses may eat acorns or oak leaves, which contain toxic tannins that can cause health issues. Appeal Factors Oak trees drop nuts and leaves in autumn. Horses may develop a taste, especially in overgrazed pastures or when bored. Toxicity Factors Green acorns, new buds, and young leaves are most hazardous; mature acorns still pose risks. Science of Tannins Tannins interact with proteins in the horse's digestive tract, leading to potential damage without required countering proteins available. Symptoms of Poisoning Look for progressive symptoms like depression, colic-like pain, diarrhea, and red-brown urine. Occurrence Rates Rare but noted incidents in areas like UK's New Forest, especially during "mast years." Prevention Tips Rake acorns, limit access to oaks, ensure hay availability, and rotate pastures. If Poisoning is Suspected Contact a vet immediately; look for signs of exposure and consider tests for kidney function. Conclusion Take proactive measures to prevent poisoning; stay vigilant especially during autumn. Is Your Horse's Snack Habit Putting Them at Risk? Understanding the Dangers of Oak Leaves and Acorns in Equine Diets Horses are naturally curious creatures that love to explore their environment. However, what might seem like an innocent snackacorns or oak leavescan lead to severe health issues owing to the presence of toxic tannins in these plant parts. Although acorn poisoning is rare due to their bitter taste, incidents peak in autumn when oak trees shed large quantities, posing risks of digestive upset, kidney damage, and even death if consumed in large quantities. Why Acorns and Oak Leaves Appeal to Horses (But Shouldn't) Oak trees are commonplace in many pastures, and their nuts (acorns), leaves, and buds drop heavily from September through November. While most horses might nibble a few with no issues, some develop a taste for them, seeking them out even when better forage is available. Anecdotal accounts even describe this as an almost addictive behavior in certain horses. The risk increases when: Pastures are overgrazed or forage is scarce due to hot summers or snow cover. Storms cause heavy acorn falls. Horses are bored or lack ample hay and grass options. Toxicity Levels and Exposure All oak varieties are toxic, with green acorns (unripe), new buds, and young spring leaves being the most hazardous due to elevated tannin levels. Although mature fallen acorns and autumn leaves generate less risk, they still present dangers if ingested in significant amounts. The Science Behind the Danger: Tannins Explained Simply Tannins are natural compounds found in acorns, oak leaves, and other plant parts that bind with proteins in a horse's digestive tract and gut bacteria. This interaction damages intestinal cells and produces toxic byproducts harmful to the kidneys and sometimes the liver. Horses lack the saliva proteins that other animals, such as pigs or deer, use to neutralize tannins, making them more vulnerable. A horse requires consistent consumption of acorns over several days or weeksnot just a handfulto manifest severe effects. However, the precise quantity leading to toxicity varies between individuals, and no "safe" quantity exists, emphasizing prevention. Spotting the Signs: Early Warning Symptoms Acorn poisoning in horses develops gradually. Be vigilant for these progressive symptoms, typically starting 1-2 weeks after significant exposure: Depression and loss of appetite (inappetence). Colic-like pain, which doesn't respond well to painkillers. Diarrhea, potentially watery, hemorrhagic (bloody), or dark. Ventral edema (swelling under the belly). Straining to urinate with red-brown urine (indicative of kidney damage). In severe cases, horses can suffer organ failure, dehydration, or even death. Without prompt treatment, affected horses might necessitate weeks of intensive care, including IV fluids, plasma transfusions, and antibiotics. Real-World Data: How Common Is This Problem? Acorn poisoning remains relatively rare in horsesmost steer clear of the bitter taste unless forced by circumstance. However, the UK's New Forest is an exception, where acorn-related deaths among the approximately 3,000 semi-feral ponies averaged 17 per year over a decade, skyrocketing to 69 in 2013 due to a bumper acorn crop. Incidences also rise in "mast years," when oak trees produce exceptionally large numbers of acorns. Veterinary reports also indicate increased diagnoses in horses, in addition to commonality in sheep and cattle, pointing to seasonal hotspots, particularly in oak-abundant regions. Prevention: Simple Steps to Protect Your Horse To safeguard your horse, consider the following practical advice, frequently recommended by experts: Rake up acorns daily during peak autumn drop and remove them from pasture entirely, if feasible. It takes some effort, but it's effective in removing temptation. Fence off oak trees or trim branches to limit access to buds and leaves. This requires a one-time, high-effort intervention. Ensure the availability of ample hay, grass, or foragebored or hungry horses are at greatest risk. Monitor high-risk periods, such as autumn drops and spring buds; inspect fields prior to turnout. Diversify pastures by rotating fields to avert overgrazing. Prevention Method Why It Works Effort Level Daily raking Removes temptation before overeating Medium Ample hay/forage Discourages seeking acorns Low Fencing oaks Blocks access to all toxic parts High (one-time) Pasture rotation Prevents forage scarcity Medium What to Do If You Suspect Poisoning Prompt action is crucialcontact your vet without delay if symptoms occur. Diagnosis will involve an assessment of the horse's history of oak exposure, blood tests for kidney function, and urine checks. Treatment emphasizes supportive care: IV fluids to assist kidney function. Medications to manage colic, diarrhea, and dehydration. Hospitalization for severe cases, although many recover with timely intervention. Early intervention significantly improves prognosis; delays risk permanent damage. Conclusion: Final Thoughts for Horse Owners Your horse's curiosity can be charming, but it's important to remember that acorns and oak leaves aren't worth the risk. Taking proactive steps like raking and ensuring good forage management can prevent nearly all cases of poisoning. Stay vigilant during the autumn season, and consult your vet for insights regarding local oak prevalence. By understanding these dangers, you are poised to protect your equine partner's health and happiness. Remember to check out the Jodhpur, Boots, Gloves, and Socks collections for your riding needs!

A Standardbred mare in Grey County, Ontario, has tested positive for strangles. The mare developed clinical signs on Dec. 5, including fever, lethargy, anorexia, and enlarged submandibular lymph nodes, which abscessed.The horse is now recovering, and two additional horses have been exposed. She is not involved in the racing industry.EDCC Health Watch is an Equine Network marketing program that utilizes information from the Equine Disease Communication Center (EDCC) to create and disseminate verified equine disease reports. TheEDCCis an independent nonprofit organization that is supported by industry donations in order to provide open access to infectious disease information.About StranglesStranglesin horses is an infection caused byStreptococcus equisubspeciesequiand spread through direct contact with other equids or contaminated surfaces. Horses that arent showing clinical signs can harbor and spread the bacteria, and recovered horses remain contagious for at least six weeks, with the potential to cause outbreaks long-term.Infected horses can exhibit a variety of clinical signs:FeverSwollen and/or abscessed lymph nodesNasal dischargeCoughing or wheezingMuscle swellingDifficulty swallowingVeterinarians diagnose horses using polymerase chain reaction (PCR) testing with either a nasal swab, wash, or an abscess sample, and they treat most cases based on clinical signs, implementing antibiotics for severe cases. Overuse of antibiotics can prevent an infected horse from developing immunity. Most horses make a full recovery in three to four weeks.A vaccine is available but not always effective. Biosecurity measures of quarantining new horses at a facility and maintaining high standards of hygiene and disinfecting surfaces can helplower the risk of outbreakorcontain one when it occurs.

British Eventing (BE) has revealed a new initiative designed to inspire the next generation of engineers and reduce the risk of rotational horse falls across-country.The British Eventing Engineering Innovation Prize is aimed at final year engineering and design students from selected UK universities. The students are tasked with developing cutting-edge safety systems for cross-country fences. It is hoped that these young minds will come up with fresh ideas and create innovative, practical solutionsto combat the challenges posed by rotational falls.Initial concept submissions for the project, which is led by British Eventing and funded by a grant from the British Eventing Support Trust, are due in June 2026. A mentored development phase will then follow before final presentations are required in June 2027.Fresh ideasI am excited about this innovation and grateful to the British Eventing Support Trust for their financial funding, said Rosie Williams, ceo of British Eventing.We are constantly looking at the safety of our sport with fresh eyes, and are looking forward to engaging with the best universities working in mechanical engineering, sports science, materials expertise and design. This work will take time, and we hope to see meaningful developments over the next 1218 months.While frangible technology has significantly improved safety at certain fence types, there remains limited adaptable technology for obstacles such as tables, oxers, corners and brush fences.Winning concepts may progressinto field trials and be implemented on the BE circuit. They will also receive part of the 10,000 prize fund. Funds raised during the British Eventing Support Trust Winter Ball, where supporters contributed 15,000 towards the project, will support the wider delivery of the scheme, including academic oversight, prototype testing and administration.An inspiring step forwardThe partnership between British Eventing and the BE Support Trust reflects our shared commitment to continually improving safety within our sport, said Ian Stark, chair of the board of trustees of the BE Support TrustThe new Innovation Prize is an inspiring step forward. It encourages the next generation of engineers and sports scientists to explore bold, creative solutions that could significantly reduce the risk of falls and improve safety for both horses and riders.Entrants will be challenged to create new or improved deformable or frangible fence systems that meet or exceed current BE and FEI safety standards. Designs should be compatible with standard timber fence construction, resilient in outdoor competition environments, and practical to reset efficiently between competitors. Affordability and the potential for broad adoption across the BE fixture network are also key considerations.More from Your HorseMounted police volunteers are helping to solve crimes and make the roads saferBored of round the block? Four ways to find new hacking routesCould not wearing high vis leave horse riders liable in a road accident? Solicitor answersGood for bonding and his health: grooming benefits plus 5 essential brushes for your kitThe post BE launches innovation prize to advance cross-country safety appeared first on Your Horse.

Section Key Points Unpredictable Weather and Worm Burden Erratic weather leads to rising vet bills and struggling horses, primarily due to increased parasite infestations from mild winters and wet summers. Weather's Impact on Parasites Parasites thrive in warm, moist environments; lifecycle speeds up, increasing infestation risks. Dry spells can increase grazing near dung, raising ingestion risks. Real-world Impacts Egg counts can double after soggy autumns; in regions like Southland, climate change extends periods favorable for parasite development. Climate Change Effects Warming in temperate areas increases worm burdens and resistance. Increased larval seasons in cooler regions raise overall infestation risks. Weather Conditions' Impact Different weather conditions such as wet or dry summers and mild winters affect parasite life cycles and risks differently. Vulnerable Horses Young, elderly, or stressed horses are most vulnerable. Weather affects immune systems, increasing risks in certain conditions. Practical Steps Focus on targeted worm control strategies, regular egg counts, and pasture management to mitigate risks. UC Davis Guidelines Offers targeted treatment approaches based on shedder levels (EPG) with adjusted spring and fall treatments. Forum Insights Emphasizes unpredictable weather impact on worm burdens; strategic dosing and pasture management can counteract these effects. The Unpredictable Weather and Its Impact on Equine Worm BurdenAs equine enthusiasts convened at the Tack Room Forum recently, a surprising contender for the hottest topic emergedunpredictable weather and its impact on equine worm burden. Horse owners shared startling stories of rising vet bills and struggling horses, particularly attributing these woes to erratic weather patterns. Mild winters and unusually wet summers have created conducive environments for parasites like redworms, triggering heavier infestations that defy even the most meticulous management strategies. What can horse owners do to mitigate these challenges?Why Weather Is the Silent Driver of Worm ProblemsHorses frequently encounter cyathostomins (small redworms), the quintessential equine parasites. These pests thrive under specific weather conditions, and in warm, moist environments, their lifecycle speeds up dramatically. A redworm egg, for instance, can hatch and become infective in as little as five days when moisture levels are optimal. Surprisingly, dry spells can exacerbate the problem too, as horses tend to graze closer to the ground and nearer to dung piles, thereby increasing their ingestion risk (source).Real-world Impacts of Weather on Worm BurdensConsider this real-world account from a UK rider, whose shared experience from the forum noted a dramatic doubling in their herd's egg counts following a particularly soggy autumn. This echoes warnings from experts that spring and autumn are peak periods for parasites due to more moderate temperatures (source). In regions like New Zealand's Southland, predictive models indicate that climate shifts will extend the suitable development period for free-living larvae, resulting in swollen populations fueled by amplified egg hatching on pastures (source). Climate Change: An Amplifier of the ThreatThe erratic weather patterns arent a random occurrenceclimate change plays a significant role in shifting these patterns, thereby hampering parasite control efforts. A collaborative study by Martin Nielsen from the University of Kentucky and New Zealand researchers foresees: Larger parasite burdens in areas that are warming from temperate climates. Faster dewormer resistance as extended warmer periods enable more resistant worms to survive and proliferate (source).In cooler places such as Southland, milder winters result in fewer cold days, allowing larvae to linger on grass longer. This inevitably increases infective L3 larvae (EL3) uptake, while adult burdens remain constantraising overall risk levels (source).Case Study: Milder Winters and Worm CountsForum users have noted, Our mild winter last year resulted in no hard frost to kill larvae. Consequently, worm counts skyrocketed by the spring! This statement aligns perfectly with predictions of disrupted seasonality (source). Weather Conditions and Their Impact on Equine Worms Weather Condition Impact on Worms Example Effect Mild, Wet Winters/Summers Speeds up egg-to-larva cycle; boosts populations Higher encysted redworm risk; recommend testing every 6-8 weeks (source) Hot, Dry Summers Horses graze near dung; infection risk increases Overgrazed paddocks magnify exposure risks (source) Cold, Hard Winters Kills free-living stages; low risk Optimal for controlpair with winter dosage (source) Climate Shift (Warmer Averages) Longer larval seasons; bigger burdens and resistance Southland sees major EL3 rise; accelerates anthelmintic resistance (source) Vulnerable Horses and Associated Health RisksYoung, elderly, or stressed horses are among those most vulnerable. Ascarids seriously affect foals under the age of one, whereas small strongyles present a threat to all age groups. Humid weather also provides ideal conditions for mites that bear tapeworm eggs, thriving in lush pastures but rare in arid environments (source).Research shows links between weather and immune dips: summer heat and humidity reduce red blood cells and hemoglobin, weakening resistance (source). Pest outbreaks in the spring lead to an immune response elevation, as white cell counts rise to counter infections arising from parasites (source). Veterinarians from the forum recommend close monitoring of vulnerable horses during wet seasons since burdens can rapidly become dangerous (source).Practical Steps: Beating Weather-Driven Worm ChallengesMoving beyond a traditional calendar-based dosing approach, targeted action is key. Strategies to outsmart weather-driven worm challenges include: Worm egg counts (FEC) carried out in spring, summer, and autumnpotentially every eight weeks in particularly risky weather conditions (source). Biannual tapeworm tests, with a proactive redworm treatment given during the winter months (source). Adopting pasture management practices such as daily poo-picking, rotating grazing areas, and resting fields (source). UC Davis Guidelines for Targeted TreatmentThe UC Davis guidelines offer pragmatic approaches, adjusting according to 'shedder' status (eggs per gram, EPG): Shedder Level Spring Treatment Fall Treatment Low (<200 EPG) Ivermectin or moxidectin Ivermectin + praziquantel or moxidectin + praziquantel Moderate (200-500 EPG) Ivermectin or moxidectin; followed by a second dose in late summer Ivermectin + praziquantel (September); moxidectin (November) High (>500 EPG) Similar to moderate, but with an additional June dose Follows moderate regimen Given the increasing resistance, non-drug strategies are growing in importance. Climate models emphasize the necessity of robust pasture management strategies to ensure sustainable practices (source). The Tack Room consensus is clear: while weather may be unpredictable, testing and hygiene are controllable.Final Thoughts from the ForumThe data from Tack Room Forum participants is compelling: Unpredictable weather amplifies worm burdens, yet by leveraging FEC, engaging in strategic dosing, and practicing diligent pasture management, horse owners can stay one step ahead (source). Share your weather-worm warfare tactics belowwhats working for you?(Insights are based on the input of equine experts; always consult your veterinarian for tailored advice specific to your circumstances.)```html```