Site: Sport Autobiographys

Firstly I noticed so as to the construction was very long-drawn-out. I made myself a small calculation so as to it would take near 2 years to close the construction. Then I came to know so as to the contract was untouched. Then the construction was rocket fast. Really I was not able to know how the construction was being ended in a fast behavior. When I experimental keenly I came to know so as to they used jcb 3cx diggers. They are such a bonus to the construction fields which makes the task so simply so effortless and measure saving. So in order to confirm I beg your pardon? Guessed, I spoke to service provider to know the truth. He told me so as jcb 3cx to are the simply deduce in favor of the fast pace in construction. He plus told me so as to these excavators are really efficient, powerful, and shoddy once considered to the sell fee. I proverb happiness in his be drawn against so as to daylight. He plus shared me so as to the vendor has tubby varieties of earth movers which would be very handy in favor of construction of life-size projects. Also the service provided really satisfies the customers to comprehensive destroyed. Bye guys. Ergonomics plan and smooth servo controls ensure effortless function and soprano productivity in a broad range of applications.

Defence Research and Development Canada – flexible rubber joint manufacturer – China Wafer Butterfly

History During the Second World War, the Council National Research Council (NRC) conducted research in war for the Ministry of National Defense and its weapons of war, the Royal Canadian Navy, Royal Canadian Air Force and the Canadian Army. When NRC resumed its peacetime activities after the war, DND has requested further research defense and created the Defense Research Board (DRB) in April 1947 to coordinate the department's research and development activities. unification three services in the Canadian Forces (CF) in 1968 saw DRB evolve, becoming Research and Development Branch of the CF in 1974. R & D Branch was reorganized in April 1, 2000, when he became an agency within DND called Defence Research and Development Canada (DRDC). DRDC is organized around nine research centers across the country with its headquarters in Ottawa. Each research center focuses on a set particular scientific and operational requirements. DRDC has an annual budget of $ 350 million and employs 1,600 people. DRDC Centre headquarters in Ottawa. DRDC Atlantic DRDC Atlantic's offices are located in the community Harbourview in Dartmouth, Nova Scotia DRDC Atlantic has the edge global expertise in antisubmarine warfare, mine and torpedo defense, command and control board, and air and naval platform technology. He the origin of the Defence Research Establishment Atlantic (DREA). Located on the shores of Halifax Harbour, in addition to the CFB Halifax Dartmouth at HMC Dockyard, DRDC Atlantic has extended its research programs to include emerging materials, signature management, marine information and knowledge management, virtual platforms and systems virtual battle. DRDC Atlantic maintains and operates a facility for underwater acoustic calibration on a barge moored at the deepest location on Bedford Basin, a local landmark for decades. In 1994, when the Defence Research Establishment Pacific (CRDP) was closed as a separate establishment, facilities reduced to the West Coast have been placed under the auspices FRDC. Such facilities are now operated by DRDC Atlantic as the Dockyard Laboratory Pacific. DRDC Centre for Operational Research and Analysis (CORA) DRDC Centre for Operations Research and Analysis (CORA) is located in Ottawa. It was originally composed of several research directions operational defense (DLOR for land DMOR shipping, DAOR for air, DStratA for Strategic, etc..) They provide expert, objective research and timely operational support and analytic advice for the Canadian Forces and the Department of National Defence. The activities contribute to development force, resource allocation, acquisition, improved operational efficiency, strategic analysis, Scientific and technical intelligence, and achievement of departmental policy and objectives of human resources. DRDC Ottawa / Ottawa DRDC DRDC Ottawa is the leader in Defence R & D Canada for the defense-related technologies to electromagnetic sciences. His expertise includes: radio frequency (RF) Detection; RF electronic warfare; RF communications technology; information operations network, space systems, synthetic environments and radiological and nuclear defense. It was originally known as the Defence Research Establishment Ottawa (DREO). DRDC Ottawa is located near Shirleys Bay to the west end of Ottawa. Research Areas advanced radar systems on aerospace radar navigation and control cons against terrorism and illicit trafficking network communications technology systems and electronic warfare technology of synthetic environment for developing the concept and testing Secure Mobile Networking Privacy and insurance, and operations analysis and Attack Detection Protection information and insurance modeling and simulation for acquisition, requirements, rehearsal and training capability (system systems), engineering and capability management "Radiation Effects Data Exploitation Radar Electronic Attack Radar & Satellite Systems Support Sensor Fusion for Communication Signal Processing Signature PMP management software Radio Architecture space systems surface radar ultra-wide bandwidth radar DRDC Suffield Main article: DRDC Suffield, located at CFB Suffield, DRDC Suffield the chemical, biological, legal research laboratory, and a variety of CB defense laboratories research, of which Canada is small scale facility for production of Schedule 1 substances permitted under the Chemical Weapons Convention. It was originally the Defence Research Establishment Suffield (DRES). CME facilities are engaged in testing of rockets, explosives, of new weapons systems, vehicle parts and equipment, and the house of a laboratory non-metallic foam polyurethane spray coated gypsum and rubberized plastic used to make low noise and low frequency magnetic measurements EMI. The Counter Terrorism Technology Centre focuses on training for first responders to a biological or chemical incident, and to develop guidelines on how to cope with these events. DRDC Suffield also has facilities for testing and evaluation the fight against antipersonnel mines to assist in the development of demining equipment in association with the Canadian Centre for Mine Action Technologies (CDPF). DRDC Toronto Main article: DRDC Toronto DRDC Toronto is located on the former site of CFB Downsview. The roots Center back to 1939 when DND has recognized the vital importance of human factors in the ability of Canada's armed forces to protect the nation in peacetime and in war. DRDC Toronto is focused on Results Centre of Excellence for the Humanities and the effectiveness of integrated technology (S & T) Defense and Security National. It provides the Canadian Forces (CF), government agencies, universities, and industrial customers with a combination of internationally recognized expertise and research. using a systems-based approach, DRDC Toronto covers all aspects of human performance and effectiveness, including individual performance and teamwork, technology, human interaction, and psychological and social factors that influence the resolution of conflicts. Scientists DRDC Toronto and technologists apply, operate and share the results of their research in these areas of integrated expertise: integration human systems of human performance in stressful environments Simulation modeling of human rights in military-systems issues of command and control team and the performance of collaborative social psychology for malicious behavior and cultural factors and influence the behavior of some Toronto our successes include: Decompression Tables (DCIEM Sport Diving Tables), which are now used worldwide worldwide and have been adopted by foreign navies, commercial diving companies and civil organizations to reduce the risk of decompression sickness, once commonly called "the bends." Canadian Underwater Mine-countermeasures Apparatus (CUMA) is a new diver cons Mines (MCM) diving with all up to 80 meters deep, while anti-acoustic and magnetic. The Sting (Sustained Tolerance to G) increased system that provides protection G for drivers, higher than any current operating system. virtual reality simulator for landing helicopters to simulate the dangerous task of landing a helicopter on the moving deck of a ship. Clothe the Soldier of the genius of man has provided a Support the Army acquired more than 24 new items of prior art protective clothing soldier and the equipment load Personal Transportation Robot – a joint instrumented manikin that mimics the movement of the human torso exposure to cold Survival Model (CESM) used in Search and Rescue (SAR) Heat Stress Calculator for Firefighters used throughout Ontario. DRDC Valcartier Main article: DRDC Valcartier DRDC Valcartier is located just outside of CFB Valcartier, it is the largest research centers. Founded in 1945 by the Society's weapons research and Property Development (CARD), it became the Defence Research Establishment Valcartier (DREV) in the early 1970s and, finally, DRDC Valcartier (DRDC Valcartier in French) on 1 April 2000. The main fields of research at DRDC Valcartier, optronics, information systems, and systems combat. The many achievements include the Black Brant and CRV-7 rockets, the first CO2 laser, and much more. Defence Research Establishment Pacific (CRDP) closed in 1994. DREP was engaged in a variety of research areas. A group has research materials. subgroups Materials included one for nondestructive testing of materials including ultrasound, X-ray, and eddy currents, a sub-group working on mechanical interlaminar fracture of composites (Delamination) laminated composite material structure and bolted joint research in composite mechanics, and a subgroup of fracture of metals. Other groups worked on submarine detection, adhesives, chemicals, and monitoring the health of the engine. Civil achievements over the years, researchers from DRDC, sometimes in partnership with the NRC and others have been responsible for many innovations and inventions of practical application in the civil world. This including the G-suit, motorized wheelchair, the Alouette 1 satellite, rocket Black Brant, improving the carbon dioxide laser, recorders flight, the fuel cell membrane Ballard, and Bombsniffer (using chromatomography gas and ion mobility spectrometry). DRDC Atlantic traces of his training to 1944 when it was established that the Defence Research Establishment Atlantic (DREA) of the Royal Canadian Navy. CRDA has been one of the organizations from who met in 1947 to form the Council of Defence Research, which later became DRDC. Agency Organization See also the Canadian research organizations Government scientist Canadian university scientific research organizations Canadian industrial research and development organizations in Canada and weapons of destruction mass Royal Military College of Canada The Canadian Forces College Technical Cooperation Programme (TCP) – A defense science and international cooperation technology between Australia, Canada, New Zealand, the United Kingdom and the United States. Research and Development Canada participates in defense WorldWideScience global science gateway. References / DRDC DRDC DRDC DRDC HQ Branches / DRDC / DRDC DRDC Ottawa DRDC / DRDC DRDC Suffield / DRDC Toronto DRDC / DRDC Valcartier References ^ ^ ^ sheet DRDC DRDC Ottawa 'About DRDC Toronto. Defence R & D Canada – Toronto. Http://www.toronto.drdc-rddc.gc.ca/about-apropos/index-eng.asp. Retrieved 2009-06-10. ^ "About DRDC Toronto History of DRDC Toronto. Defence R & D Canada – Toronto. Http: / / www.toronto.drdc-rddc.gc.ca/about-apropos/history-histoire-eng.asp. Retrieved 10/06/2009. ^ "Diving Tables used in Canada" World-Wide. Defence R & D Canada – Toronto. http://www.toronto.drdc-rddc.gc.ca/about-apropos/milestones-milestones-eng.asp # 1. Retrieved 2009-06-10. ^ Nishi, RY, Lauckner, GR. "Development of the DCIEM 1983 decompression model for compressed air diving.. Defence R & D Canada Technical Report (R & D Defence Canada) (DCIEM-84-R-44). http://archive.rubicon-foundation.org/4282. Retrieved 2009-06-10. ^ Chapple JCB, Eaton, David J. "Development of the device against underwater mines in Canada and the mine CUMA diving system cons-measures .. Defence R & D Canada, Technical Report (Defence R & D Canada) (DCIEM 92-06) http://archive.rubicon-foundation.org/7981 .. Retrieved 10/06/2009. ^ "Protection G pilots. Defence R & D Canada – Toronto. http://www.toronto.drdc-rddc.gc.ca/about-apropos/milestones-milestones-eng.asp # 3. Retrieved 2009-06-10. ^ "Simulator Virtual reality for landing helicopters. "Defence R & D Canada – Toronto. http://www.toronto.drdc-rddc.gc.ca/about-apropos/milestones-milestones-eng.asp 16 #. Retrieved 2009-06-10. ^ "Transportation Charge Soldier Systems: Tools for biomechanical measurements. Defence R & D Canada – Toronto. Http://www.toronto.drdc-rddc.gc.ca/about-apropos/fact/t12-eng.asp . Retrieved 2009-06-10. DRDC story ^ ^ ^ History bomb sniffing Wikimedia Commons has media related to: Defence Research and Development Canada Links to related articles v, d, e Royal Military College Faculties Faculty of Arts Faculty of Engineering Faculty of Continuing Studies Center Science Canadian Forces Language School Canadian Forces Management Development School (CFMDS) Central Institute for Space Research Centre Environment for Smart Materials and Structures Institute of Canadian Forces Leadership Centre WRC car and construction materials at the University Queens and RMC Centre for International Relations at Queen's University Research Center fuel cells at Queens and RMC GeoEngineering Centre at Queens and RMC High Performance Computing Consortium (HPCVL) Institute of Resource Management of Defence at the Royal Military College Student Life Canada RMC Cadet Service Officers Mess Precision old newspapers and e-Veritas Veritas Bill Hall Currie & Alphi CANEX RMC Paladins precision (March) Leo the Royal Cadet Athletics RMC Paladins Sir Archie Macdonell Athletic Centre Sports Fields Constantine hockey arena commanders Old, alumni, the list of College staff Royal Military List of the Royal Military College of Canada Memorial Building Features and Royal Military College Museum of Fort Frederick Canada (Kingston) Kingston, the Royal Naval Dockyard at CFB Kingston Preparation of the Royal Military College Saint-Jean Aboriginal Leadership Opportunity Year V, d, e Canadian Forces Commander Chief Chief of Defence Staff 20×20px Armed Forces Command Council of Canada Canadian Expeditionary Force Command Joint Command Support Northern Working Group on the Operational Reserve Force Command, Marine Land Forces Air Command v, d, e Maritime Forces of the Canadian Iroquois Class Destroyer Command: HMCS Iroquois (DDH 280) HMCS Athabaskan (DDH 282) HMCS Algonquin (DDH 283) Halifax Class frigates HMCS Halifax (FFH 330) HMCS Vancouver (FFH 331) HMCS Ville de Qubec (FFH 332) HMCS Toronto (FFH 333) HMCS Regina (FFH 334) HMCS Calgary (FFH 335) HMCS Montral (FFH 336) HMCS Fredericton (FFH 337) HMCS Winnipeg (FFH 338) HMCS Charlottetown (FFH 339) HMCS St. John's (FFH 340) HMCS Ottawa (FFH 341) in Victoria-class submarines: HMCS Victoria (SSK 876) HMCS Windsor (SSK 877) HMCS Corner Brook (SSK 878) HMCS Chicoutimi (SSK 879) Kingston-class patrol boats: HMCS Kingston (MM 700) HMCS Glace Bay (MM 701) HMCS Nanaimo (MM 702) HMCS Edmonton (MM 703) HMCS Shawinigan (MM 704) HMCS Whitehorse (MM 705) HMCS Yellowknife (MM 706) HMCS Goose Bay (MM 707) HMCS Moncton (MM 708) HMCS Saskatoon (MM 709) HMCS Brandon (MM 710) HMCS Summerside (MM 711) class patrol vessels Orca: NAFC Orca (PCT 55) NAFC Raven (PCT 56) NAFC Caribou (PCT 57) NAFC Renard (PCT 58) Wolf NAFC (PCT 59) NAFC Grizzly (PCT 60) NAFC Cougar (PCT 61) NAFC Moose (PCT 62) Protecteur class auxiliary vessels: HMCS Protector (AOR 509) HMCS Preserver (AOR 510) Miscellaneous: Province-class joint support ship aircraft (Air): CH-124 Sea King CP-140 Aurora CP-140A Arcturus CH148 Cyclone HP-149 Cormorant Fleets: Maritime Forces Atlantic Maritime Forces Pacific Bases: CFB Esquimalt CFB Halifax CFS St. John's CFMETR, Nanoose NRS NRS Aldergrove NRS Mill Newport Bay V Cove Corner Land Forces Land Force Command areas CBG CBG CBG CBG Canadian Mechanized Brigade Groups 1 2 ASG ASG ASG 5 Brigade Group of Canada 31 CBG CBG 32 CBG 33 CBG 34 CBG 35 CBG 36 CBG 37 CBG 38 CBG 39 CBG 41 small arms machine-gun C7A1 C9 C6 rifle/C8A1 carbine/C-7A2 gun Browning .50 caliber Browning machine guns HP-9mm pistol P225, 226 Long Range Sniper Weapon (LRSW) C3A1 sniper rifle C13 fragmentation grenade C14 Timberwolf M203 Grenade Launcher M72 weapon AABCP (L) Carl Gustav weapons crew AABCP weapon (M) ERYX weapon AABCP (H) TOW LRAAW (H) 81 mm mortar 60 mm mortar Javelin short-range air defense missile Skyguard C1 close support howitzer C3 close support howitzer LG1 Mark II 105 mm towed howitzer M777 Lightweight 155 mm howitzer armored combat vehicle LAV III vehicle recognition Coyote ADATS Leopard C2 Leopard 2 Bison APC M113A3 and MTVL RG-31 Schools Canadian Forces Land Advanced Warfare Centre Canadian Land Force and History of the College Staff of the Canadian Army v d e Wings Canadian Air Forces Command 1st Kingston Wing Bagotville 3 Wing Cold Lake 4 Wing 5 Wing Goose Bay Gander Wing 8 Wing Trenton, September 12 Wing, Shearwater 14 Wing Greenwood 15 Wing Moose Jaw 16 Wing Borden 17 Wing Winnipeg, 19 Wing Comox Wing North Bay 22 103 Squadrons Search and Rescue squadron OF v Canadian Forces Personnel Branches Air Operations Branch Band Cadet Instructor Cadre Health Directorate of Canadian Forces Canadian Forces Military Police Canadian Military Service Chaplaincy Communications Engineers and Electronics Branch Dental Electrical and Mechanical Intelligence Branch Engineering Branch Branch Legal Logistics Branch Naval Operations General for Personnel Selection Public Branch Royal Canadian Armoured Corps Affairs Infantry Corps Royal Canadian Regiment Royal Artillery Training Development Branch General V Canadian military rulers North America Antigua and Barbuda Bahamas Barbados Belize Canada Costa Rica Cuba Dominica Dominican Republic El Salvador Grenada Guatemala Haiti Honduras Jamaica Mexico Nicaragua Panama1 Saint Kitts and Nevis Saint Lucia Saint Vincent and the Grenadines Trinidad and Tobago1 U.S. Dependencies and other territories Anguilla Aruba1 Bermuda British Virgin Islands Cayman Islands Greenland Guadeloupe Martinique Montserrat Navassa Island Puerto Rico St. Antilles1 Barthlemy St. Martin St. Pierre and Miquelon Turks and Caicos Islands U.S. Virgin 1 Territories also often or considered part of South America. Categories: Armed Forces of Canada | Science and technology in Canada About the Author

The e-commerce company in China offers quality products such as Rubber Flexible Joint manufacturer , china Wafer butterfly valve, and more. For more , please visit wafer check valve today!

Next month’s launch of the all-new Renault Mégane hatch will signal the beginning of a major range transformation for the French marque in Australia.

The new hatch will be the first of five all-new models and one limited edition model to be launched between mid-September and the start of the Australian International Motor Show in Sydney on October 15.

Following the Mégane hatch will be the Fluence small sedan, the Mégane Coupé-Cabriolet, the Mégane RenaultSport 250 Cup and Cup Trophée, the new Kangoo small van, and the highly anticipated Clio RenaultSport Gordini Limited Edition.

Marketed under the banner “It’s time to change”, Renault says the revised range will be better suited to the Australian market, with a strong emphasis on build quality, safety and style.

Bluetooth and MP3 compatibility will become standard across the Renault passenger range and integrated satellite navigation standard on all but entry-level models.

And if the new Mégane hatch is anything to go by, value is set to increase considerably, with the new base model starting at $22,990 ($2500 lower than the outgoing Mégane II Expression sedan).

The new Mégane hatch range will feature two models: Dynamique and Privilege.

The entry-level Dynamique is powered by a Euro V-compliant 2.0-litre engine which generates 102kW and 195Nm of torque. Teamed with a six-speed manual, it uses 8.2 litres/100km combined.

The Dynamique is also available with a continuously variable transmission, which it shares with the range-topping Privilege. Power for both models increases by one kilowatt to 103kW and fuel consumption decreases to 7.9 percent despite the setup being Euro VI-compliant only.

Safety matches most competitors with ESP, ABS, six airbags (driver, passenger, side and curtain) and front seatbelt pretensioners with load limiter.

Radical looks

Renault Sport Technologies has bestowed Mégane R26.R with several features that give it unique looks and distinguish it at first glance from other Mégane Renault Sport models. The varnished carbon bonnet and specific red 18-inch wheels underpin the new car’s exclusivity, while the exterior styling sports a new spoiler and graphics. The quarterlights and rear screen are made from extra-tinted polycarbonate. Mégane R26.R can be ordered in a choice of seven body colours, including three new shades, namely Lune Grey, Nacre White and Dynamo Blue.

Inside, Mégane R26.R’s cabin carries over the sports calling of its exterior styling, including the use of leather and suede for the steeringwheel and gearlever bellows.

Mégane R26.R is also equipped with Sabelt bucket seats and harness belts, and is the first touring car to have aviation-style six-point harness belts as the sole homologated restraint system. The absence of rear seats serves as a further pointer to the car’s radically sporty character which is further emphasized by the numbered plaque fixed to the centre console. A specific numbering system will be employed for each of the countries in which Mégane R26.R is marketed:

- N°s 1 through to 230 for Great Britain,
- N°s 1 through to 126 for France,
- N°s 1 through to 26 for Switzerland,
- N°s 1 through to 26 for Spain,
- N°s 1 through to 26 for Germany.

Intended just as much to be driven round a closed circuit as it is to be enjoyed on the open
road, Mégane R26.R can be ordered with an optional four-point roll-cage.

Weight saving: a leitmotiv

To guarantee such high performance, Mégane R26.R was put through a weight-saving programme that saw it shed 123kg compared with the F1 Team R26 version.

To achieve this result, the car goes without a certain number of comfort-related features,
including:

- the rear seats and seatbelts,
- airbags (except driver airbag),
- automatic climate control (available as an option / manual climate control standard),
- rear wiper and wash,
- foglamps,
- headlamp washers,
- the majority of soundproofing material.

Other components that have been modified with a view to reducing weight and optimizing driving ergonomics are:

- the carbon bonnet (a saving of 7.5kg),
- polycarbonate quarterlights and rear screen (a saving of 5.7kg),
- carbon seat shells and aluminium frame (a saving of 25kg),
- six-point harness belts,
- titanium exhaust line (available as an accessory),
- specific lightweight body equipped with roll-cage mounting brackets.

Uncompromising chassis

As far as the running gear is concerned, the front and rear suspension have evolved to deliver
optimal handling and traction efficiency.

The front layout features the now familiar independent steering axis system, although all the front suspension components are specific:

- spring ratings have been uprated from 13.4mm to 14mm/100kg,
- damper calibration is specific as a function of the specific specification of the chassis,
- the brake discs are grooved and not cross-drilled,
- optional TOYO PROXES R888 tyres (225/40 R18), or standard Michelin Pilot Sport 2 tyres (235/40 R18).
- one of the bushes between the lower arm and front subframe has been stiffened.

Regarding the rear suspension, the spring rates have increased from 15.1mm to 16.2mm/100kg, while the damping once again features specific calibration.

For best level traction performance, Mégane R26.R is equipped with a limited slip differential which has the same transfer rate as that of the F1 Team R26 version (33 per cent).

Driving of a powerful vehicle equipped with a limited slip differential tends to call for certain driving skills because of the torque steer that can occur in certain situations. The combination of a limited slip differential and independent steering axis front suspension minimizes this phenomenon and allows the driver to profit fully from the extra traction and for a more reassuring drive. The car’s directional precision under cornering is also improved and allows drivers to re-accelerate both earlier and harder.

Beatrice Giles scored two goals to help lift AVC over former coach Jimmie Avalos and the West L.A. Wildcats 4-1, last Tuesday.

Giles played varsity all four years for the Lancaster Eagles making second-team all conference her junior year and first-team all conference her senior year, and is establishing herself as a consistent player on the field scoring four goals in three games.

“We just wanted to put them away and just show them what we have,” Giles said.

“She a true forward,” Stupar said about Giles.

Leslie Chinchilla of AVC usually plays a fullback but was positioned at the forward spot for this game, and
knocked in their first goal in the first half. Stupar’s rotation system is a part of his philosophy that continues to cause trouble for other teams.

“They had a breakdown on their defense, I just got a through ball and I just scored,” Chinchilla said.

Marisol Vite of AVC recorded final goal late in the game, as AVC ended its preseason on a positive note with a 2-1 record.

AVC opens up its regular season hosting the Citrus Fighting Owls at 4 p.m. at Marauder Stadium Tuesday September 7.

-By Donjai Richardson

For the 33rd time the county's two oldest prep football programs clash Friday night at Tom Fisher Memorial Stadium.

Hernando, which leads the lifetime series 19-13, hosts Springstead beginning at 7:30 p.m.

The 18-time Hernando County champion Leopards once owned this series, capturing the initial 15 clashes.

But it's been a different story lately. Over the past 17 years, SHS has claimed 13 wins.

Most importantly, the Eagles have captured the last seven meetings or since 2002's 28-22 nod in Brooksville.

Leopards: Defense dominates exhibition game

Unlike Springstead, Hernando High not only played in an exhibition game last weekend but tussled against one of the area's finest programs, Pasco High.

The Pirates, who have reached the state playoffs each of the past three seasons under Tom McHugh, sputtered in a 14-3 win over the Purple and Gold.

The East Pasco County team, which features 25 seniors, didn't exactly dominate the affair totaling 118 yards total offense on 39 plays.

The bulk of Pasco's success arrived on 6-foot-4 junior quarterback's Jacob Guy's 8-of-14 effort through the air for a game-high 131 yards. He completed passes to six different receivers including a 41-yard scoring aerial to junior Trey Dudley-Giles.

The Pirate rushing attack, which feasted on Zephyrhills in a spring classic, struggled against the physical Hernando High 4-4 defensive scheme.

The Pirates finished with minus-13 yards rushing on 25 attempts. Four of their six runners went for negative yardage.

And though Guy had an above average night throwing the pill, he was harassed all night by Mark Latsko's defensive scheme. HHS recorded five sacks on Guy including three by first-year starting defensive end Robert Hill Bronson.

HHS' DT Malcolm Hudson and LB O'Mar Hawkins each recovered Pasco fumbles.

On the flip side, behind a revamped offensive line, the Purple and Gold rushed for a game-high 163 yards on 42 attempts (3.79 yards per play).

Pasco did a terrific job on concentrating on Hernando County Player of the Year Alvin Delaine III limiting him to 10 carries and 18 yards.

Fullback Zach Sullivan, who played in place of injured Marlin Smith (dislocated shoulder), rushed for a game-high 60 yards on 11 carries. Scooter Maner added 40 yards on five carries while Quintin Adams added 33 yards on three carries.

Passing-wise, quarterbacks Tyrail Hawkins and Cleve Pope went a combined 2-of-9 through the air for a paltry seven yards.

Turnover-wise, Hawkins lost one center snap exchange and Pope was intercepted on a desperation pass with 65 seconds left in the game.

The Leopards enter the game minus two starters.

Senior tight end Johnny Millaway suffered a high ankle sprain and will not play against Springstead. Marqui Redding, who split time with Millaway, will start against the Eagles and will be spelled by Zach Pritz and Thomas Bronson.

Last year's starting outside linebacker C.J. Clark suffered a severe ankle injury in the spring and has yet to be cleared for practice.

According to HHS' Head Coach John Palmer, Smith was cleared the practice this week and is expected to see limited duty. Smith and Delaine each rushed for 91 yards in last year's gut-wrenching 26-25 overtime loss at Booster Stadium.

The heavily-favored Leopards hurt their own cause with a game-high 12 penalties for 107 yards. HHS, which led the county in turnover margin with a plus-13 last season, played fast and loose against the Eagles fumbling five times, losing two bobbles.

HHS suffered from several special team gaffes in Spring Hill. Eventually HHS utilized three centers against Springstead and a poor snap from punt formation resulted in a key 14-yard loss with 2:02 left in the game, allowing SHS to convert a 34-yard field goal in regulation (with no time outs) with seven seconds remaining to send the game into overtime.

"Last year we learned a hard lesson (about finishing a game)," explained Coach Palmer on the last encounter against Springstead. "In the long run, many of the mistakes we committed we eventually corrected."

Coach Palmer explained the keys to the 33rd clash against SHS.

"We definitely have to win the offensive line of scrimmage," Palmer noted. "Usually Springstead is very sound against the run. It's a huge challenge for us Friday.

"Also, we have to defend against the option," he added. "We had trouble with carrying out our assignments on defense this week in practice. And I think we have to win the kicking game. Coach Vonada isn't about to kick the ball to our deep guys, so we're preparing for everything."

Springstead: Run, run, run

For the second consecutive year the Eagles did not participate in an exhibition game prior to facing Hernando.

The Eagles enter the season opener with seven returning starters on offense including their entire triple-option offensive backfield (QB Brian Beeker, FB Devean Huff, SB Tim Furchak), receivers (Taylor Minter, David Stevens and TE Mitch Fischbach) and three-year RG Jon McCloskey.

Defensively, DE Lou Wendelstedt and ILB Josh Santana are both three-year starters. The most intrigue revolves around heralded freshman DT Mike Miara and 6-foot-4, 285-pound NG Atangel "A.J." Hernandez.

On special teams, SHS will break in a new place kicker, Mike D'Acunto, and a critical long snapper, Zach Kinderman.

Vonada realizes his team does not match up speed-wise against Hernando.

His team, however, finished second in the turnover margin behind a plus-1 ranking in 2009. Ironically, both SHS and Hernando each lost eight fumbles in 10 games — tied for the county's best.

"There will be some opening-game butterflies," said Vonada, who enters the fray 8-4 lifetime against the Purple and Gold. "We have to adjust to their (Hernando's) speed quickly because we can run a play a 1,000 times, but we can't simulate their speed with our scout team offense."

Keys for the Eagles?

"We've got to play Springstead football," stressed Vonada. "That's hold on to the football, minimize our mistakes and play good, fundamental ball. If we do that going into the fourth quarter, then we'll see what happens."

By the Numbers: Springstead vs. Hernando Series
- Compiled by TONY CASTRO

Leopards lead 19-13-0
Year Site Result
1978 Away L 0-7
1979 Away L 0-49
1980 Home L 7-40
1981 Away L 0-51
1982 Home L 7-55
1983 Away L 0-14
1984 Home L 12-17
1985 Away L 12-31
1986 Home L 6-20
1987 Away L 7-45
1988 Home L 3-6
1989 Away L 0-16
1990 Home L 6-30
1991 Away L 15-48
1992 Home L 13-14
1993 Away W 31-7
1994 Home W 27-21
1995 Away W 30-6
1996 Home W 33-14
1997 Away W 19-14
1998 Home L 13-21
1999 Away L 0-55
2000 Home L 6-23
2001 Away W 26-7
2002 Home L 22-28
2003 Away W 10-7
2004 Home W 44-12
2005 Away W 28-21
2006 Home W 17-16
2007 Away W 13-6
2008 Home W 21-0
2009 Away W 26-25 (OT)

Sports Editor Tony Castro can be reached at 352-544-5278 or online at acastro@hernandotoday.com.