The cylindrical form of the Linear Track Spot is a deliberate departure from the bar-shaped fixtures that dominate the NEUE range — three sizes, T20 TL5 (5W, D30mm), T20 TL12 (12W, D45mm), and T20 TL18 (18W, D62mm), each producing a 38° beam, slightly wider than the 24° of the standard Linear Spot series. On/Off and RF+BT. CRI greater than 90. Black. 48V DC.

The wider 38° beam is not a downgrade from the 24° Linear Spot — it serves a different distance and target size. At greater ceiling-to-object distances, a 24° beam concentrates into a smaller, brighter circle that can look disproportionately tight against a larger target; 38° spreads that same output across a wider, more proportionate pool. The cylinder form also reads differently on the track than a flat bar: on an installation mixing multiple NEUE fixture types, the cylinder introduces a visual variation that a run of identical flat spots does not offer.

Sizing follows both distance and output need. TL5 at 5W and D30mm is the smallest, close-range option — barely visible on the track. TL12 at 12W and D45mm is the standard specification for most residential and boutique hospitality accent work. TL18 at 18W and D62mm handles commercial-scale accent, large artworks, or ceilings well above the standard 9-10ft.

• TL5 (5W, D30mm): Close-range, minimal visual footprint
• TL12 (12W, D45mm): Standard specification for residential and hospitality
• TL18 (18W, D62mm): Commercial accent, large artworks, high ceilings

Track compatibility: NEUE Surface/Pendant and Deep Recessed Trimless. Dispatched from Bengaluru within 24 hours. All India delivery. WhatsApp +91 94484 64040.

When is the wider 38° beam preferable to the 24° Linear Spot?

At greater distance or against a larger target, a 24° beam concentrates into a tight, disproportionately small circle. The 38° beam spreads the same output into a wider, more proportionate pool — the better choice when the accent target is larger than a single small object, or when the ceiling-to-surface distance exceeds what a narrow beam comfortably covers.

Positioning multiple TL fixtures along a run benefits from planning the spacing against the target distance in advance — closer spacing for a row of smaller accent targets, wider spacing for larger or more spread-out objects — since repositioning after the ceiling is closed is easy on surface track but adds friction on a recessed installation.

How far apart should multiple TL fixtures be spaced along a track run?

This depends on target size and distance rather than a fixed rule. Closer spacing suits a row of smaller, closely arranged accent targets; wider spacing suits larger or more spread-out objects. On surface track this is easy to adjust after installation; on recessed track, planning the spacing in advance avoids the friction of a later change.

Colour Rendering Index (CRI) and Unified Glare Rating (UGR) are internationally standardised lighting metrics — see Color Rendering Index for the technical definition.