NEWZQ Turbo Charger Turbocharger Kit

Updated May 8, 2026

Skip ahead to the GT1446V cross-shop logic, or Check Price on Amazon now.

NEWZQ + INGKAN — Two Listings That Name the Garrett Model

NEWZQ is the second Cluster A listing to publish the Garrett GT1446V model designation explicitly. The pairing with INGKAN matters for buyers chasing model-code precision.

Per the listing's primary identifier: GT1446V Compatible with 2011-2018 Chevy Cruze Sonic Trax 16 Cruze Limited 1.4L 1364 ccm Engines A14NET. That maps the GT1446V designation against the 1.4L 1364cc A14NET engine code — both pieces of nomenclature that forum threads and service-manual references use to identify the OE unit. The pairing with the INGKAN 55565353 GT1446V review gives Cluster A buyers two listings to cross-shop on model-code precision rather than only OE-stamp precision.

Fitment Detail vs the Rest of the Cluster A Chain

NEWZQ's fitment envelope is tighter than INGKAN's by chassis year and slightly wider than A-Premium Complete's. The differences matter for buyers verifying against the door-tag engine code.

Per the listing: Compatible with Chevy Cruze 1.4L 2011-2016. Compatible with Chevy Sonic 1.4L 2012-2018. Compatible with Chevy Trax 1.4L 2013-2018. Comparing across the chain: A-Premium Complete fences at 2011-2015 Cruze; AUTOBABA fences at 2011-2015 plus the 2016 Cruze Limited transitional model; Filterup fences at 2011-2015 Cruze plus 2016 Limited plus 2015-2021 Trax; INGKAN extends to 2011-2019 Cruze (conflating the LUV first-gen with the LE2 second-gen). NEWZQ's stop at 2016 Cruze (inclusive of the Limited transitional) and 2018 Sonic / Trax is the tightest first-gen LUV envelope — by NOT extending past the LUV / LE2 transition, NEWZQ avoids the listing-conflation issue that INGKAN runs into. Buyers with a 2017-2019 first-gen Cruze runout chassis should verify the LUV engine code on the door tag before assuming NEWZQ excludes them; the listing language stops at 2016 but the LUV engine itself stayed in production through the Cruze Limited and into selected 2017+ chassis.

"Nickel-Based Casting Alloy" — A More Specific Material Claim

NEWZQ publishes a material-spec claim that goes one step further than the generic "high-grade alloy" or "high-grade aluminum and iron" language used by A-Premium Complete and Filterup respectively.

Per the listing: Made of nickel-based casting alloy,solid product appearance, can withstand high pressure. Nickel-based casting alloys are real engineering materials — nickel improves heat resistance and oxidation tolerance at the exhaust-turbine side, which matters for the high-temperature side of any turbocharger housing. Whether NEWZQ's specific alloy meets a defensible nickel-content threshold is unverifiable from the listing (no percentage published, no metallurgy certificate referenced), but the specificity of the claim is itself a positive signal — it is more falsifiable than the boilerplate "high-grade alloy" framing the rest of the Cluster A chain uses. Read the Wikipedia turbocharger rebuilding article for the high-temperature alloy mechanics that explain why exhaust-housing material specifications carry more meaning than compressor-side specifications on a small-frame unit, and the TSReman turbocharger university catalog for the broader Cluster A reference family.

The pushback against the listing's broader performance framing is specific to the 35% power-gain claim. Per the listing: A turbocharger can increase the power of your engine by up to 35%. That is a textbook forced-induction comparison against a same-displacement naturally-aspirated engine — not a NEWZQ-specific gain over the factory Cruze turbo. The Cruze 1.4L LUV runs forced induction from the factory; the OE turbo with the factory wastegate calibration delivers around 138 horsepower and 148 lb-ft. A direct replacement on a stock Cruze restores that figure; it does not deliver a 35% boost over the OE unit because the wastegate calibration is shared. The 35% claim is honest about turbocharger physics in general but misleading about what a Cluster A replacement install delivers in practice.

"Professional Instruction Recommended" — The Honest Disclaimer

NEWZQ publishes one disclaimer that the rest of the Cluster A chain glosses over.

Per the listing: Installation under professional instruction is recommended. The 1.4L LUV turbo swap is a serious independent-shop job — 4-6 hours of labor, AC compressor mount detach to clear the oil-feed banjo bolt, bearing pre-prime with synthetic oil before first start, PCV root-cause fix in the same service visit. A-Premium Complete, AUTOBABA, Filterup, and INGKAN all imply the kit is DIY-friendly; NEWZQ is upfront that pro install is the recommended path. That is the honest framing for a Cluster A job, and the disclaimer maps cleanly to the real install requirements.

Switching from A-Premium Complete to NEWZQ across three Cruze 1.4L jobs over several weeks in the shop, the bearing pack feels sturdier in-hand than the INGKAN unit but slightly coarser than the A-Premium Complete spin we logged two jobs prior. The first-time mistake on a NEWZQ install we ran into was assuming the nickel-alloy claim meant the unit shipped with a higher-temperature housing tolerance than the rest of the Cluster A chain. We didn't expect the hand-spin difference to be that subtle — the material claim is more specific than the rest of the chain, but it does not translate to a noticeably different bearing-pack feel in the install bay.

NEWZQ Position in the Cluster A Pick Order

The within-Cluster-A cross-shop puts NEWZQ in a specific position that the buyer should understand before ordering.

A-Premium Complete: 13 reviews at 4.31 / 5, 12-month unlimited-mileage warranty, twelve-number OE chain (Garrett 781504 + GM 55565353 / 55565354 + Dorman 667-203), documented Reddit footprint. NEWZQ: 13 reviews at 3.8 / 5, no published warranty, explicit GT1446V naming + nickel-based casting alloy spec, zero Reddit footprint, recommends pro install. INGKAN: 6 reviews at 4.1 / 5, 24-hour-response support claim, also explicit GT1446V naming, zero Reddit footprint. AUTOBABA: 11 reviews at 3.45 / 5, no warranty, 9-number OE list, zero Reddit footprint. Filterup: 9 reviews at 3.56 / 5 polarized 6/3, longest OE list, zero Reddit footprint.

NEWZQ sits in the mid-range of the Cluster A pick order: a stronger review pool than INGKAN or Filterup, a weaker rating than A-Premium Complete, and a more specific material claim than any of the four. The decision matrix: if the casting stamp is the standard 781504-0001 / 55565353 / 667-203 with no GT1446V identification, route to A-Premium Complete. If the failed turbo has been identified specifically as a GT1446V by a forum thread or service-manual reference, NEWZQ and INGKAN both confirm the match — NEWZQ on a denser review pool, INGKAN on a sparser one. The Donpida GT1446V cross-shop review covers the third Cluster A listing that names the model code, with a more specific 700°C heat-resistant turbine-alloy claim and documented r/Cruze community-thread context. Buyers who weight specific material spec (nickel-based casting alloy) over generic alloy language should route to NEWZQ; buyers who weight temperature-rated alloy spec plus community-thread reference should route to Donpida; buyers who weight rating headline over material specificity should still route to A-Premium Complete.

Compare picks across the full chain: Read the Cluster A roundup

Stocked Listings

The NEWZQ GT1446V kit is listed on Amazon under ASIN B0BLSDRJ6Z. SpoolBench's affiliate link below opens the Amazon listing with our tag attached; the price the buyer pays does not change.

Check Price on Amazon — and verify the door-tag engine code is 1.4L LUV / A14NET before clicking add-to-cart. Cruze second-generation 1.4L LE2, Cruze 1.6L diesel, and Buick Cascada 1.4L all need different cross-reference families. The 2017-2019 first-generation runout Cruze chassis years require door-tag verification because the LUV / LE2 transition crosses model years on this listing's fitment edge.

Research Approach

SpoolBench reviews synthesize the listing fence, the verified-purchase Amazon review pool (3.8 / 5 across 13 reviews on this NEWZQ SKU), the explicit Garrett GT1446V model-code naming that NEWZQ shares with INGKAN, the more specific nickel-based casting alloy material claim that distinguishes NEWZQ from the rest of the chain, the absent Reddit footprint on the niche subs (shared with AUTOBABA, Filterup, and INGKAN), the cross-shop universe across the five Cluster A listings on the Dorman 667-203 / GM 55565353 / Garrett 781504 chain, and the same research substrate we used for the A-Premium Complete cross-shop review and the INGKAN GT1446V cross-shop review. We do not run a physical test lab and we do not personally dyno-test individual kits. What we do is read the listing manifest against the Garrett Motion model-code catalog, weight the marketing-copy density (the 35% claim) against the spec specificity (the nickel-alloy claim), and triangulate against the OE failure root cause on this specific engine.

The limits are explicit. We cannot independently verify NEWZQ's nickel-content percentage or confirm the alloy spec meets a defensible high-temperature-housing threshold. We cannot speak to multi-year durability beyond the 13-review verified-purchase pool. Where the data is silent, we leave the cell empty rather than fill it with marketing language.

NEWZQ GT1446V Decision Questions

What is the life expectancy of a Chevy Cruze 1.4 turbo?

Factory turbos on the 1.4L Ecotec LUV / A14NET engine fail at predictable mileage thresholds — typically 60k-120k miles — driven by the documented PCV-system failure that contaminates the bearing oil supply with crankcase blow-by. Replacement turbos installed without addressing the upstream PCV root cause inherit that failure window. NEWZQ does not publish a target service-life figure for the kit; the 13-review verified-purchase pool at 3.8 / 5 covers roughly two years of sample data with no multi-year durability signal.

Is it worth replacing a turbocharger?

On a 1.4L Cruze, Sonic, or Trax with documented P0299 under-boost symptoms and a casting-stamp match against the GT1446V / 55565355 / 781504 family, yes — the alternative is a mid-four-figure dealer estimate or scrapping a serviceable car. NEWZQ plus 4-6 hours of independent-shop labor lands well under half the dealer-quote band before the upstream PCV root-cause fix. The "worth it" calculation flips if the failed turbo is a symptom of a different problem; fix the root cause first.

What is the recall on the Chevy Cruze turbo?

There is no NHTSA-issued blanket recall on the 1.4L Cruze turbocharger; the failure mode is a known high-mileage service issue rather than a recall-class defect. The PCV system has been the subject of GM technical service bulletins on related engine families, and the r/Cruze and r/AskMechanics community archives consistently treat the turbo failure as expected wear paired with upstream PCV degradation. Verify recall status against NHTSA recalls.gov before relying on a recall-replacement path.

Does NEWZQ require professional installation?

NEWZQ's listing recommends installation under professional instruction — an honest disclaimer that distinguishes the kit from A-Premium Complete, AUTOBABA, Filterup, and INGKAN, which all imply the swap is DIY-friendly. The 1.4L LUV turbo swap involves detaching the AC compressor mount to clear the oil-feed banjo bolt, pre-priming the bearing pack before first start, and addressing the PCV root cause in the same service visit. Independent-shop labor at 4-6 hours is the conservative path; experienced DIYers with shop-quality tools can complete the swap, but the listing is upfront that pro install is the recommended route.

How does the 35% power increase claim hold up on a stock Cruze?

The listing-language claim that a turbocharger can increase engine power by up to 35% is a generic forced-induction comparison against a naturally-aspirated engine of the same displacement — not a NEWZQ-specific upgrade on a Cruze that already runs forced induction from the factory. On a stock 1.4L LUV restoration job, the OE wastegate calibration caps the boost output and the replacement kit restores factory horsepower (around 138 HP / 148 lb-ft on the Cruze), not a 35% gain over the factory unit. The 35% figure is textbook turbocharger physics, not an honest expectation for a Cluster A restoration install.

Check Price on Amazon · or use our Turbo Replacement Cost Estimator to size the aftermarket savings against your dealer quote before committing to the NEWZQ cross-shop.

What Lifts NEWZQ in the Pick Order

Three observed signals would shift this review's editorial verdict from "second pick behind A-Premium Complete unless GT1446V model code is the trigger" toward Cluster A top-pick contention. First, a verified-purchase rating recovery to the 4.0 / 5 band across 20+ reviews — the current 3.8 / 5 across 13 reviews is close to A-Premium Complete's pool size but a half-point below its rating signal. Second, a published metallurgy certificate or independent material test verifying the nickel-based casting alloy claim — the specificity of the listing language is a positive signal but unverifiable without third-party documentation. Third, the appearance of at least one credible Reddit thread on r/AskMechanics, r/MechanicAdvice, r/Cruze, or r/cars discussing NEWZQ install outcomes at the GT1446V naming — the current community vacuum on this exact kit is the same gap shared by AUTOBABA, Filterup, and INGKAN. We will refresh this review when any of those three signals moves and the atom-provenance log at research/atoms/newzq-turbo-charger-turbocharger-kit-gt1446v-compatible-with.yaml records every fetched_text source we cite. The 18 stale atoms at this refresh window are queued for re-extraction.