BitFenix Pandora ATX vs Corsair FRAME 4000D Vault Novacomputed

Datasheet figures next to each other, and the airflow balance, pressure verdict and case air heating that the fans in each box compute to behind that case's own front. Calculated with the CaseFlow model, not measured.

Side by side

BitFenix Pandora ATXCorsair FRAME 4000D Vault Nova
FormATX mid towerMid-Tower
Volume57.8 L56.9 L
Dimensions558 × 203 × 510 mm490 × 239 × 486 mm
Frontsolid solid or glass frontsolid solid or glass front
Fan mountsfront 3 × 120/140, top 3 × 120/140, rear 1 × 120front 3 × 120/140/200, top 3 × 120/140, rear 1 × 120/140, bottom 3 × 120, side 3 × 120/140
Radiator supportfront 360 mm, top 360 mmfront 360 mm, top 360 mm, rear 140 mm, side 360 mm
Dust filtersfront, bottom, topfront, top, bottom
GPU length440 mm430 mm
Cooler height155 mm170 mm
Stock fans1 × Fluid Bearing type fan (rear)none
Stock airflow, max rpm––
Stock pressure verdictstock fans named but no datasheet - nothing computedships without fans
Case air at 290 W––
Stock fan noise––
All mounts, reference fans130 in / 251 out CFM 3 / 4 mounts436 in / 264 out CFM 9 / 4 mounts

With a reference pressure-optimized fan on every mount the FRAME 4000D Vault Nova moves more air. The FRAME 4000D Vault Nova ships without fans, so only the mount capacity row compares. The stock fans of the Pandora ATX are named without figures behind them, so its stock columns stay empty. The pressure verdict describes the stock fan set, not the case: stronger or extra intake fans in the free mounts, or slower exhaust fans, turn a negative balance positive.

Pandora ATX — mounts and stock fans

TOPBOTTOMREARFRONT · solid

FRAME 4000D Vault Nova — mounts and stock fans

side mountsTOPBOTTOMREARFRONT · solid

Case air heating with the stock fans — computed

Neither ships with fans the model knows, so there is nothing to plot. Open them in CaseFlow and add fans.

Use it

How these numbers are computed

Each stock fan contributes CFMmax · derate · rpm/rpmmax behind its wall's mounting class: filtered mesh front and side mounts as dust filter, bottom as floor + filter, top and rear as open grille, solid and glass fronts as side-slit intake at roughly half of a mesh front. Front, bottom and side blow in; top and rear blow out.

MountingAirflow bladesPressure-optimized
Open grille0.88 (0.80–0.95)0.88 (0.80–0.95)
Dust filter0.70 (0.60–0.80)0.78 (0.70–0.86)
Floor + filter0.64 (0.52–0.74)0.72 (0.62–0.80)
Solid or glass front0.50 (0.40–0.62)0.58 (0.48–0.68)

Worst case sums intake at the low end of each band and exhaust at the high end; positive there means positive regardless of how the estimates fall. Case air: ΔT = 3.1 · W / throughput (m³/h), with an open-cooler GPU putting its full board power into the case air plus board, RAM and drives. Capacity puts a reference pressure-optimized fan on every mount at max rpm — 120 mm 60 CFM, 140 mm 75 CFM — a generic good fan, not a product.

Mount counts, radiator support and clearances are datasheet figures. Nothing here is measured; the same model runs in CaseFlow.