AS-Motor nudi rješenja za upravljanje lovnim područjima i šumarstvom
Robusni dizajn je prednost pri brigu o mladim šumskim područjima, održavanju šumskih staza i održavanju gusto pošumljenih lovnih područja.
Primjeri primjene
Šumarstvo
Održivo upravljanje šumama oslanja se na ispravnu ravnotežu između ekonomije i ekologije. Rotacijske kosačice mogu se učinkovito koristiti za održavanje šumskih rubova ili uklanjanje mladica debljine do 20 mm.
Lovišta
Dnevni rad na upravljanju lovištima uključuje održavanje staza za pratnju i čistina radi lakšeg uočavanja divljači. Također, lovci često ograđuju polja kako bi smanjili štetu koju divljač nanosi. Ove ograde moraju se redovito kositi kako bi se očuvana električna provodnost, a AS-Motorove ručne kosačice nude precizno rukovanje potrebno za ovu svrhu. Kada se šteta koju nanosi divljač ne može izbjeći, npr. šteta koju nanose divlje svinje na travnjacima, AS-Motorove rotacijske kosačice mogu izravnati teren.
Plantaže božićnih drvaca
Većina od približno 25 milijuna božićnih drvaca koje se godišnje prodaju uzgaja se na profesionalnim plantažama. Ako trava između redova preraste previsoko, donje grane božićnih drvaca nemaju pristup svjetlosti i počinju gubiti iglice. Za ovu posebnu primjenu, AS-Motor nudi ručne kosačice s odbojnicima grana koji grane guraju prema gore tijekom košenja. Rotacijske kosačice i kosačice za jahanje Sherpa također su idealno prilagođene za uporabu na plantažama božićnih drvaca:
Kategorije
Professional technology
During the mowing season, professional operators often run their machines 5 days per week, 8 hours per day. AS-Motor’s machines are unbeatable in terms of quality, durability and professional work results. Additional advantages include low weight, lashing points and compact transport dimensions.
High meadow grass
Extensively used meadows such as orchards, compensation areas, or roadside greenery are deliberately mowed only once or twice a year. The vegetation reaches heights of 60 to over 100 cm and forms dense, structurally rich stands.
This form of maintenance serves to keep the area open and suppress woody plants, not to maintain the lawn. Machines with high throughput, uniform cutting performance, and controlled deposition of the cut material are required. This is the only way to efficiently manage large amounts of biomass without overloading the area or damaging the soil and vegetation.
Dense growth
Without maintenance, open areas quickly become overgrown with blackberries, clematis, and young trees. In young forests, reforestation areas, or Christmas tree plantations, targeted brush clearing is necessary to secure the desired structures and reduce competition.
It is crucial to use maintenance methods that intervene selectively and do not destroy large areas. Mechanical flail mowing technology makes it possible to remove woody growth and vigorous shrubs without unnecessarily damaging the soil structure and root space. This ensures that areas remain usable and ecologically stable in the long term.
Uneven terrain
Animal burrows, anthills, mole hills and water channels cause uneven terrain. Several AS-Motor machines have high ground clearance, all-wheel drive and limited slip differential, along with appropriately studded field tyres, for uneven terrain.
Slopes
AS-Motor engineers machines with high ground clearance, steep ramp angles, low overall weight, optimal weight distribution and a low centre of gravity to perform on slopes.
All-wheel drive
All-wheel drive not only ensures performance on inclines over 30 degrees, but also a high level of safety for travel downhill. All-wheel drive delivers propulsion in wet conditions and on uneven terrain – even if the wheels of one axle no longer have traction.
Remote-control
Remote controlled devices make the mowing of extreme slopes possible. This technology also allows the operator to mow at a safe distance from dust, wasps, ticks and other hazards.
Ecological mowing & extensive land management
Ecological mowing and extensive land management focus on reduced, targeted interventions instead of blanket mowing. Cutting heights, timing, and maintenance intervals are based on vegetation development and site conditions, not on maximum area coverage.
Sub-areas are mowed on a rotating basis, while others are deliberately left untouched. This creates varying growth heights, refuges, and stable structures on extensive meadows, compensation areas, municipal green spaces, and in landscape management. Technology is used for control, not intensification.
