Programmatic Comparison · Engineering Brief

ARJES Impaktor 850 vs Terex Ecotec TDS V20 — Medium-Speed Shredder Duel

ARJES Impaktor 850 vs Terex Ecotec TDS V20 — <15 l/h fuel vs hooklift mobility, 37t heavy-haul burden, monolithic shaft hardfacing penalty.

Reference machine: ARJES Impaktor 850 · Competitor: Terex Ecotec TDS V20

Technical Specifications

Spec	ARJES Impaktor 850	Terex Ecotec TDS V20
Drive concept	Twin-shaft asynchronous low-speed hydro-mechanical	Twin-shaft medium-speed hydrostatic sizing chamber
Engine	Volvo Penta TAD 581 VE (Stage V)	Scania DC13 (Stage V)
Drive power (kW)	260	367
Drive power (HP)	350	493
Operating weight (kg)	24 000 (borderline hook-lift)	37 000 (heavy-haul permit mandatory)
Fuel consumption (l/h, avg)	25 – 35	<15 (exceptional)
Shaft / rotor type	Quick-change cassette (shafts + bearings + gears)	Twin-shaft sizing chamber (welded tooth configuration)
Shaft maintenance downtime	2 hours (cassette swap)	24 – 48+ hours (field hardfacing + screen replacement)
EU 40t GVW transport compliance	Borderline (lowboy, minimal permits)	Heavy-haul mandatory (37t exceeds 40t GVW with truck)
Hydraulic thermal limit (°C ambient)	+42 (CLEANFIX reversible cooling)	Standard (hydrostatic cooling adequate at 492 HP)
Setup time (hrs)	0.5 (SCU auto-calibration)	2.0+ (lowboy unload + conveyor deploy)

Throughput by Material

Material	ARJES Impaktor 850	Terex Ecotec TDS V20
C&D waste / reinforced concrete	66-88 ST/h	44-66 ST/h
Waste wood / biomass	22-39 ST/h	28-44 ST/h
Commercial / industrial waste	39-61 ST/h	33-55 ST/h
Reinforced concrete (rebar ≥ 16 mm)	On-demand shred (asynchronous anti-wrap)	Medium-speed sizing (rebar wrapping risk)

Verdict

Competitor edge

Terex TDS V20 achieves <15 l/h — exceptional fuel economy

The Terex Ecotec TDS V20 is engineered for remarkable fuel efficiency, consuming less than 15 liters per hour under standard operational loads.
Over a 10,000-hour lifecycle, this creates a massive aggregate fuel cost advantage compared to purely mechanical machines burning upwards of 70 l/h.
The ARJES Impaktor 850 at 25-35 l/h is itself fuel-efficient, but the TDS V20 sets the benchmark in this specific metric within the competitive matrix.

Advantage

37t guarantees heavy-haul permitting for every relocation

The Terex TDS V20 weighs 37.0 tonnes — automatically pushing the combined GVW to 52+ tonnes with a standard transport truck and trailer, triggering immediate heavy-haul permitting requirements, mandatory pilot cars, and highly restricted routing.
The ARJES Impaktor 850 at 24 t is borderline but can often be moved on a lightweight lowboy with minimal documentation, preserving deployment agility for multi-site C&D operations.

Advantage

2-hour cassette swap vs 24–48h hardfacing + screen maintenance

The ARJES quick-change cassette is swapped in ~2 hours, with the worn unit refurbished off-site in a robotic welding bay.
The Terex TDS V20 uses welded tooth shafts in a complex internal screen sizing chamber — when degradation occurs, the machine requires 24-48+ hours of combined hardfacing and screen replacement, involving pre-heating, post-weld stress relief, and precise screen realignment.
This compounds into massive hidden TCO over a 10,000-hour lifecycle.

Advantage

Low-speed ARJES outperforms medium-speed on contaminated C&D

The ARJES Impaktor 850's low-speed twin-shaft asynchronous design excels on contaminated C&D feeds containing rebar, wire, and tramp metal — the asynchronous drive absorbs shock loads and reverses independently to eject unshreddables.
The Terex TDS V20's medium-speed sizing chamber is optimized for cleaner, pre-sorted feedstocks where precise particle sizing matters, but is more vulnerable to wrapping and stalling on highly contaminated demolition waste.

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Frequently Asked Questions

How does the Terex TDS V20 achieve such low fuel consumption?

The TDS V20's Scania DC13 engine operates at a highly optimized point on its thermodynamic efficiency curve, decoupled from the final shaft speed via its hydrostatic drive loop. This allows the prime mover to maintain steady-state RPM regardless of load transients, avoiding the severe fuel consumption penalties of mechanical belt-driven machines that must run at full throttle to maintain rotor speed under varying loads.

Which shredder wins on total cost of ownership?

Despite the TDS V20's exceptional fuel economy (<15 l/h), the ARJES Impaktor 850 delivers lower overall TCO for multi-site C&D deployments: 2-hour cassette swaps eliminate 24-48h hardfacing downtime, hooklift-compatible transport eliminates heavy-haul permit costs, and low-speed asynchronous drive tolerates contaminated feed that would stall the TDS V20's medium-speed sizing chamber. For single-site clean-wood operations, the TDS V20's fuel savings may prevail.

Can the TDS V20 handle reinforced concrete with heavy rebar?

The TDS V20's medium-speed sizing chamber is optimized for pre-sorted, relatively clean feedstocks where precise particle sizing is the primary objective. When encountering heavy rebar or tightly wrapped wire in reinforced concrete, the medium-speed shafts are more susceptible to wrapping and stalling than low-speed designs. The ARJES Impaktor 850's low-speed asynchronous drive with independent reversal is specifically engineered for contaminated C&D where tramp metal encounters are routine.

Request a Quote for ARJES Impaktor 850

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Technical Specifications

Spec	ARJES Impaktor 850	Terex Ecotec TDS V20
Drive concept	Twin-shaft asynchronous low-speed hydro-mechanical	Twin-shaft medium-speed hydrostatic sizing chamber
Engine	Volvo Penta TAD 581 VE (Stage V)	Scania DC13 (Stage V)
Drive power (kW)	260	367
Drive power (HP)	350	493
Operating weight (kg)	24 000 (borderline hook-lift)	37 000 (heavy-haul permit mandatory)
Fuel consumption (l/h, avg)	25 – 35	<15 (exceptional)
Shaft / rotor type	Quick-change cassette (shafts + bearings + gears)	Twin-shaft sizing chamber (welded tooth configuration)
Shaft maintenance downtime	2 hours (cassette swap)	24 – 48+ hours (field hardfacing + screen replacement)
EU 40t GVW transport compliance	Borderline (lowboy, minimal permits)	Heavy-haul mandatory (37t exceeds 40t GVW with truck)
Hydraulic thermal limit (°C ambient)	+42 (CLEANFIX reversible cooling)	Standard (hydrostatic cooling adequate at 492 HP)
Setup time (hrs)	0.5 (SCU auto-calibration)	2.0+ (lowboy unload + conveyor deploy)

Throughput by Material

Material	ARJES Impaktor 850	Terex Ecotec TDS V20
C&D waste / reinforced concrete	66-88 ST/h	44-66 ST/h
Waste wood / biomass	22-39 ST/h	28-44 ST/h
Commercial / industrial waste	39-61 ST/h	33-55 ST/h
Reinforced concrete (rebar ≥ 16 mm)	On-demand shred (asynchronous anti-wrap)	Medium-speed sizing (rebar wrapping risk)

Verdict

Competitor edge

Terex TDS V20 achieves <15 l/h — exceptional fuel economy

The Terex Ecotec TDS V20 is engineered for remarkable fuel efficiency, consuming less than 15 liters per hour under standard operational loads.
Over a 10,000-hour lifecycle, this creates a massive aggregate fuel cost advantage compared to purely mechanical machines burning upwards of 70 l/h.
The ARJES Impaktor 850 at 25-35 l/h is itself fuel-efficient, but the TDS V20 sets the benchmark in this specific metric within the competitive matrix.

Advantage

37t guarantees heavy-haul permitting for every relocation

The Terex TDS V20 weighs 37.0 tonnes — automatically pushing the combined GVW to 52+ tonnes with a standard transport truck and trailer, triggering immediate heavy-haul permitting requirements, mandatory pilot cars, and highly restricted routing.
The ARJES Impaktor 850 at 24 t is borderline but can often be moved on a lightweight lowboy with minimal documentation, preserving deployment agility for multi-site C&D operations.

Advantage

2-hour cassette swap vs 24–48h hardfacing + screen maintenance

The ARJES quick-change cassette is swapped in ~2 hours, with the worn unit refurbished off-site in a robotic welding bay.
The Terex TDS V20 uses welded tooth shafts in a complex internal screen sizing chamber — when degradation occurs, the machine requires 24-48+ hours of combined hardfacing and screen replacement, involving pre-heating, post-weld stress relief, and precise screen realignment.
This compounds into massive hidden TCO over a 10,000-hour lifecycle.

Advantage

Low-speed ARJES outperforms medium-speed on contaminated C&D

The ARJES Impaktor 850's low-speed twin-shaft asynchronous design excels on contaminated C&D feeds containing rebar, wire, and tramp metal — the asynchronous drive absorbs shock loads and reverses independently to eject unshreddables.
The Terex TDS V20's medium-speed sizing chamber is optimized for cleaner, pre-sorted feedstocks where precise particle sizing matters, but is more vulnerable to wrapping and stalling on highly contaminated demolition waste.

Frequently Asked Questions

UNIVERSAL

HEAVY

SUPER HEAVY

Machinery Archive

ARJES Impaktor 850 vs Terex Ecotec TDS V20 — Medium-Speed Shredder Duel

Technical Specifications

Throughput by Material

Verdict

Terex TDS V20 achieves <15 l/h — exceptional fuel economy

37t guarantees heavy-haul permitting for every relocation

2-hour cassette swap vs 24–48h hardfacing + screen maintenance

Low-speed ARJES outperforms medium-speed on contaminated C&D

Frequently Asked Questions

How does the Terex TDS V20 achieve such low fuel consumption?

Which shredder wins on total cost of ownership?

Can the TDS V20 handle reinforced concrete with heavy rebar?

Request a Quote for ARJES Impaktor 850

Other Comparisons

UNIVERSAL

HEAVY

SUPER HEAVY

Machinery Archive

ARJES Impaktor 850 vs Terex Ecotec TDS V20 — Medium-Speed Shredder Duel

Technical Specifications

Throughput by Material

Verdict

Terex TDS V20 achieves <15 l/h — exceptional fuel economy

37t guarantees heavy-haul permitting for every relocation

2-hour cassette swap vs 24–48h hardfacing + screen maintenance

Low-speed ARJES outperforms medium-speed on contaminated C&D

Frequently Asked Questions

How does the Terex TDS V20 achieve such low fuel consumption?

Which shredder wins on total cost of ownership?

Can the TDS V20 handle reinforced concrete with heavy rebar?

Request a Quote for ARJES Impaktor 850

Other Comparisons