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I do have the blaster printed. Just working on finishing it properly. It is a little rough currently. But figured it was something I could do while waiting to start the actual build. Sent from my SM-S938U using Tapatalk

One of these:

Nice! the blaster was a fun build.

Blasters are not a requirement for basic level legion approval, so that won't affect your application and approval process. Higher levels of approval which we control, hence Expert Infantry and Centurion level is where Blaster accuracy kicks in. There isn't anything wrong with the SDS aside the fact they have the curly wires connecting the shot counter to the power cylinders on the magazine. From memory, they were seen on a Promotion suit, not really a standard in the film. The below thread is a compilation of work from a group of our members who focussed solely on creating an ultimate reference guide for the E-11. Lots of great info within the thread. About the saying "Legion approved" This tends more towards the costume as I mentioned above, blasters are not a prerequisite for Legion membership. No costume is essentially out of the box legion approved, sure it can have all the right components, but it needs to fit the wearer and look correct (the full package) so to speak. Always ignore the statement "Legion approved" for any costumes and accessory, ask questions about the item/s, do some research and most certainly as you have, ask questions here so we can assist you In saying all this, the Blaster Factory metal/aluminium Blaster are fantastic, durable, and most probably heavier than some of the plastic and resin E-11's out there. It's also fun to detail your blaster yourself, you will learn some new skills and make your journey even more enjoyable.

with my many thanks to @shashachu, I shall soon have all the parts needed to start the build. With the coin shipping getting close to done, and the Mando and Grogu movie troops out of the way, I should hopefully be able to start building very soon. Thanks again to everyone that has offered to help! I may still call upon you for your assistance as I move through this build.

Sorry for being late to the game! Donated - 88R236207N752243E

File Name: Imperial Version Rebel Law Enforcement Badge Designer: TKSnake https://cults3d.com/en/users/TKSnake Last Update: 26/05/2026 File: https://cults3d.com/en/3d-model/jewelry/imperial-law-enforcement-badge-badge Description: This is a remix of the Cara Dune Rebel Medal by aleg8r on Thingiverse: https://www.thingiverse.com/thing:4696773 And the Imperial Cog Hollow by BrieKalan2 on Thingiverse: https://www.thingiverse.com/thing:2890903 It is a subverted version of Cara Dune's New Republic Marshal badge as seen on The Mandalorian. It's the version I imagined Imperial officers would use as a sign of power and authority in the Outer Rim when dealing with Rebel scum and disobedient denizens. 3D printing settings No brim needed due to footprint; no supports needed. Can print with infill or solid. Images:

Hydration, Heat Illness, Blisters & Injury Prevention After more than 23 years as a firefighter/paramedic, I've seen firsthand how quickly heat exposure can turn from discomfort into a medical emergency. I've managed dehydration, heat exhaustion, and heat stroke in real-world operational environments, and the pattern is always the same: it builds quietly, then escalates fast if it's not recognized early. This guide is strongly aligned with current emergency medicine, sports medicine, and occupational heat illness guidance, while being adapted for practical field use. I have not yet trooped in armor, as I do not currently own a suit, but I am actively working toward building one. I felt it was important to share my background in emergency medicine and field experience with heat stress in similar environments to help keep this community safe during summer troops and long convention days. While the gear is different, I can strongly relate from years of operating in full bunker gear with an SCBA during structure fires and extended wildland operations—often with limited rest, high exertion, and continuous heat exposure. The physiology is very similar: trapped heat, heavy exertion, and fluid loss can overwhelm the body faster than expected. UNDERSTANDING HEAT IN ARMOR Heat retention is how well your body holds onto heat versus how efficiently it can release it. Your body is constantly producing heat—even at rest. Normally, it cools itself through: Sweat evaporation Airflow over the skin (convection) Heat radiating away from the body Contact with cooler surfaces Armor and undersuits interfere with those cooling mechanisms. HOW ARMOR INCREASES HEAT STRESS Armor does not increase heat production—it reduces the body's ability to release heat. Sweat cannot evaporate efficiently (primary cooling failure point) Heat becomes trapped between skin, undersuit, and armor layers Airflow is restricted, reducing cooling Sunlight heats armor surfaces, which radiate heat inward The body becomes less efficient at dumping heat into the environment KEY POINT Heat illness in armor is not about producing excessive heat—it is about the body losing its ability to release heat effectively. HUMIDITY (THE HIDDEN HEAT RISK) Humidity is one of the most overlooked factors in heat illness. Even when temperatures are moderate, high humidity can dramatically increase risk because sweat cannot evaporate efficiently. This means: The body loses its primary cooling mechanism Heat stress builds faster than expected Indoor convention spaces with poor airflow can still become dangerous FIELD REMINDER High humidity can be just as dangerous as high temperature because it blocks the body's ability to cool itself. WHY THIS MATTERS As heat retention increases: Core temperature rises faster Fatigue develops sooner Dehydration occurs more rapidly Mental focus and reaction time decrease HYDRATION & ELECTROLYTES SIMPLE HYDRATION RULE During long or hot troops, alternate water with electrolyte drinks regularly instead of relying on water alone. Good options include: Gatorade Pedialyte Liquid IV TriOral ORS PRE-HYDRATION (BEFORE THE EVENT) Drink 16–20 oz (500–600 mL) of water 1–2 hours before the troop Add another 8–12 oz (250–350 mL) 15–30 minutes before activity if tolerated Include electrolytes if significant heat or exertion is expected BOTTOM LINE You don't catch up on hydration during the troop—you start ahead of it. NORMAL BODY RESPONSE You may need to urinate more frequently after pre-hydration. This is normal. Once activity begins and sweating increases, fluid shifts toward cooling and urine output typically decreases. IMPORTANT HYDRATION SAFETY NOTE Avoid excessive water intake without electrolyte replacement during prolonged sweating, as this can dilute sodium levels and create dangerous electrolyte imbalance. WHY ELECTROLYTES MATTER When you sweat, you primarily lose sodium and chloride, along with smaller amounts of: Potassium Magnesium Calcium These minerals are essential for: Fluid balance Muscle contraction Nerve signaling Heart electrical conduction and rhythm KEY POINT Water replaces fluid. Electrolytes help your body maintain proper fluid balance and normal function under heat stress. FOOD-BASED SUPPORT (SUPPORTING YOUR HYDRATION PLAN) These foods are not replacements for fluids or electrolyte drinks—they are supplements to your hydration plan. Bananas → potassium source Pickles / pickle juice → sodium replacement Mustard → anecdotal cramp relief (limited evidence) FIELD REMINDER Use alongside water and electrolyte drinks, not instead of them. Best use cases: During breaks After heavy sweating During recovery periods ALCOHOL, CAFFEINE & SODA Alcohol increases dehydration risk and heat stress Moderate caffeine intake is generally tolerated in most people Soda is generally not ideal for hydration during heat exposure URINE COLOR GUIDE Pale straw / light yellow → well hydrated Yellow → generally normal Dark yellow → dehydrated Amber → significant dehydration MEDICAL CONDITIONS & MEDICATIONS If you have underlying medical conditions or take prescription medications, consult your primary care provider about a hydration and electrolyte plan that fits your medical needs. Examples include: Diabetes High blood pressure (hypertension) Congestive heart failure (CHF) Kidney disease Cardiac conditions Diuretic ("water pill") use Some medical conditions and medications can: Increase dehydration risk Affect electrolyte balance Reduce heat tolerance Limit safe fluid intake IMPORTANT NOTE A hydration strategy that works for one person may not be appropriate for another depending on their medical history and medications. ACCLIMATIZATION & COOLING ACCLIMATIZATION (PREPARING FOR THE HEAT) One of the most overlooked parts of heat safety is acclimatization. Your body gradually adapts to heat exposure over time by: Improving sweat efficiency Cooling more effectively Reducing cardiovascular strain Improving heat tolerance The first major hot-weather troop of the season is often the hardest because the body has not yet adapted. FIELD REMINDER Don't go from air conditioning straight into an all-day summer troop without giving your body time to adapt to the heat. COOLING GEAR (OPTIONAL BUT USEFUL) Cooling tools can significantly improve comfort and safety during troops, especially in armor. Examples include: Helmet fans to improve airflow inside the bucket Neck fans for external cooling during breaks Cooling towels for rapid temperature reduction Moisture-wicking compression layers under armor Portable cooling vests for extended outdoor events BOTTOM LINE Cooling gear helps reduce heat strain, but it does not replace hydration, breaks, or proper pacing. COOLING & REHAB AREA Firefighters use rehab and cooling areas during prolonged operations for a reason—cooling early prevents medical emergencies later. If possible during troops or conventions: Take scheduled cooldown breaks Remove helmets first to improve airflow and cooling Move into shade or air conditioning Use fans or cooling towels Change out wet undershirts or socks if needed Rehydrate before symptoms become severe SIMPLE RULE Cooling early is easier than recovering late. HEAT CRAMPS (EARLY WARNING STAGE) Heat cramps are one of the earliest clinically recognized forms of exertional heat illness and are strongly associated with heavy sweating, sodium loss, and sustained muscular exertion in hot environments. This is consistent with emergency medicine and sports medicine guidance (CDC, NWS, ACSM). COMMON SIGNS & SYMPTOMS Painful, involuntary muscle spasms Typically affects calves, thighs, arms, or abdomen Occurs during or after heavy sweating/exertion Muscles may feel tight, knotted, or "locked up" Profuse sweating is usually present Body temperature is typically normal or only mildly elevated Accompanied by thirst and early fatigue WHAT IS HAPPENING Heat cramps are primarily caused by fluid and electrolyte loss—especially sodium—leading to abnormal muscle contraction and neuromuscular irritability. WHAT TO DO IMMEDIATELY Stop activity Move to a cooler environment Replace fluids with electrolyte-containing drinks Gently stretch and massage affected muscle groups Rest before returning to activity FIELD REMINDER Heat cramps are an early warning sign that the body is losing its ability to maintain electrolyte balance under heat stress. They often precede heat exhaustion if ignored. HEAT EXHAUSTION (WARNING STAGE) Heat exhaustion is the body's early failure to keep up with cooling demands. COMMON SIGNS & SYMPTOMS Heavy sweating Fatigue or sudden weakness Dizziness or lightheadedness Nausea Muscle cramps Fast heart rate In many cases, fatigue, dizziness, and cramping may appear before headache develops. WHAT TO DO IMMEDIATELY Stop activity Remove or reduce gear if safe Move to shade or a cooler environment Actively cool with airflow, fans, cool towels, or cold packs Sip fluids slowly HYDRATION + ELECTROLYTES Prioritize electrolyte drinks + water Drink small amounts frequently FIELD REMINDER Don't wait for severe symptoms—fatigue, dizziness, and cramping are early warning signs that should be taken seriously. KNOW WHEN TO STOP Sometimes the safest decision is stepping out of the troop early. WARNING SIGNS YOU SHOULD NOT IGNORE Confusion or difficulty concentrating Tunnel vision Stumbling or coordination problems Chills while overheated Persistent dizziness Feeling unable to recover even after resting Nausea that continues to worsen KEY POINT Pride should never override physiology. Stopping early and cooling down is always better than becoming a medical emergency. HEAT STROKE (MEDICAL EMERGENCY) Heat stroke is a life-threatening emergency involving dangerous elevation of body temperature and central nervous system dysfunction. WARNING SIGNS Confusion Altered mental status Collapse Seizures Hot skin IMMEDIATE ACTIONS Call 911 immediately Remove armor and excess gear Begin rapid active cooling immediately Apply ice packs to the neck, armpits, and groin IMPORTANT NOTE Rapid cooling is the priority in suspected heat stroke. BLISTERS & FOOT CARE (MOST COMMON TROOP INJURY) Blisters are caused by friction, heat, and moisture. PREVENTION Proper boot fit (no heel slip or pressure points) Moisture-wicking socks (avoid cotton) Change socks during long troops if possible Treat hot spots early EARLY INTERVENTION (HOT SPOTS) Stop and adjust immediately if possible Apply moleskin, blister tape, or athletic tape Reduce friction Keep the area dry FIELD REMINDER Treating a hot spot early almost always prevents a blister. IF A BLISTER FORMS Small / intact blisters: Do not pop if possible Clean gently Cover with hydrocolloid dressing or a moleskin "donut" Large / painful blisters: Clean the area Drain only if necessary using sterile technique Leave the skin roof intact Cover and offload pressure AFTER CARE Keep clean and dry Monitor for infection: redness warmth swelling pus worsening pain MINOR INJURIES Common issues during troops include: Chafing Muscle cramps Minor cuts and scrapes Strains or minor sprains TREATMENT Chafing / cuts / scrapes: Clean with a BZK (benzalkonium chloride) antiseptic wipe as primary field cleaning Follow with soap and water when available Cover and protect the area Reduce friction Keep clean and dry Muscle cramps: Stop activity Stretch and gently massage Hydrate and replace electrolytes Rest Persistent or severe cramping may indicate worsening heat stress. Strains / sprains (acute injuries): RICE is useful in the early phase (first 24–48 hours). R – Rest I – Ice C – Compression E – Elevation FIELD REMINDER Match treatment to the injury—clean wounds with BZK, hydrate for cramps, and use RICE for acute sprains or strains. BUDDY SYSTEM & HANDLERS Handlers and wranglers play a critical safety role during troops. Always operate with a trusted buddy Check in regularly Handlers often notice early signs of heat stress before the trooper does Be willing to remove someone from activity if needed Don't let excitement override safety In high-energy environments, the experience is important—but safety comes first. SIMPLE RULE It's better to step out and cool down than become a medical emergency. FINAL THOUGHTS No troop is worth a medical emergency. Heat illness is predictable and preventable. Start hydrated Hydrate consistently Use electrolytes in heat Treat hot spots early Look out for your buddy Rest before you crash Stay safe and look out for each other. Troopers helping troopers.

I recently modeled, printed, built, and finished my Rogue One E-11. Some time ago, I created a Rogue One accessory kit for my Sterling SMG model. I knew at the time that a true Rogue One E-11 was not built on a real Sterling , but an S&T Sterling L2A1 AEG (airsoft replica). I didn't have one at the time, so I created the kit to work with the model I had. It was good enough for basic approval, but not for higher levels. Not being one to leave well enough alone and move on with my life, I ordered the airsoft gun, an Evike Sterling 55 round (short) magazine, an actual Element Airsoft M300A Mini Scout Light, and an accurate replica of the required SDS power cylinders. I constructed my model using direct measurements from these items and built realistic functionality into the assembly. After much discussion with the experts here and fine tuning of the model, I give you a proper Rogue One E-11! Functional features include: Moving and resetting trigger Functional selector switch Functional folding stock Reciprocating false bolt Functional end cap latch Removable end cap Removable magazine Functional magazine catch/release Functional reset button on the Hengstler Hollow scope with clear lenses Removable barrel Provisions for mounting some electronic switches Accurate S&T Sterling L2A1 AEG replica Accurate 1943 M38 scope replica Accurate small eagle Hengstler replica Accurate SDS power cylinders replica Accurate Element Airsoft M300A Mini Scout Light replica Here are some pictures of the airsoft and flashlight I purchased. Here is the research and modeling thread. Here are some print/assembly progress photos. Here is the finished blaster. If you have a 3D printer or access to one and want this blaster, the files may be downloaded for free here. https://www.thingiverse.com/thing:4941514 The assembly and instruction manual can be found at the link above under the "Thing Files" tab, but you can view it directly here. https://cdn.thingiverse.com/assets/36/7d/42/3c/c5/STAS.PDF If you want this blaster but have no way to print it, I have a few available.