Designed With intention

Answers to the questions we hear most – so you can choose with confidence

We believe good design should feel obvious once you understand it. Below, you’ll find clear explanations of the features and options that shape how a Nomad bed looks, feels, and performs over time. Whether you’re deciding between configurations or just curious about the details, this guide is here to help.

 

SLATS

Choose the level of mattress support that fits your needed preferences

Slats play a key role in how your mattress feels and performs over time. For most customers and mattress types, our Standard Slats provide more than enough support for everyday use. We also offer a Premium Slat option for heavier mattresses or for those who prefer a firmer, more uniform feel.

Standard Slats– Made from 2″ wide, ½” thick poplar hardwood with a 1¾” gap between each slat—strong, supportive, and perfect for everyday use.

  • Twin/Full: 21 slats
  • Queen/King: 22 slats
  • California King: 23 slats

Premium Slats– Made from 2″ wide, ½” thick poplar hardwood with a tight 1/2″ gap for a firmer, more uniform surface.

  • Twin/Full: 29 slats
  • Queen/King: 31 slats
  • California King: 33 slats

FRAME HEIGHT

Choose the bed height that fits your space, storage needs, and how you like to get in and out of bed

Different rooms, bodies, and storage needs call for different bed heights. Our customizable options let you choose a profile that feels comfortable, balanced, and practical for everyday use.

2″ Lower– Lowers the overall bed height for a more grounded, minimal look. Ideal for smaller rooms, lower ceilings, or anyone who prefers an easy step into bed.

Standard Height– Our default height, offering a comfortable balance between accessibility and under-bed clearance. Works well for most rooms, mattress thicknesses, and sleepers.

2″ Taller– Raises the bed slightly to provide additional under-bed space without feeling tall. A good option if you want additional storage underneath.

4″ Taller– Creates the most clearance beneath the bed, making it ideal for storage bins or taller sleepers who prefer a higher sitting height.

*Not available on the Sedona bedframe

headboard gap

Choose the look and clearance that fits your mattress, pillows, and space

Headboard gaps affects both the look of your bed and how it functions day to day. Different mattress thicknesses and bedding styles change how much headboard is visible, so we offer multiple options to help you get the proportions just right.

2″ Lower– Creates a smaller gap between the mattress and headboard for a clean, minimal look. Ideal for thinner mattresses and for keeping pillows from slipping behind the bed.

Standard Height– Our default option, designed to work well with most mattress thicknesses. Provides a comfortable, classic proportion with just the right amount of headboard showing.

2″ Taller– Adds visible clearance above the mattress, giving the headboard a taller, more open appearance. A good choice for thicker mattresses or larger pillows.

4″ Taller– Creates the most headboard exposure for maximum visual impact. Best for very thick mattresses, layered bedding, or customers who prefer a taller, statement look.

*Not available on the Sedona bedframe

center leg

Thoughtful reinforcement for everyday use

To improve strength, this additional point of contact helps distribute weight more evenly across the frame, increasing stability and durability over time.

Nomad bed frames from Full through California King include a center support leg. Twin frames are the only exception, as their shorter span does not require center support.

ENGINEERED FOR REAL LIFE

We design our beds using real structural analysis — so they perform in the real world, not just the showroom.

Every Nomad bed is designed with intention and validated before it’s ever built. By understanding how weight moves through the frame, we’re able to create beds that feel solid, stable, and built to last — without overbuilding or guesswork.

Designed to withstand loads

over 1,000 pounds

Based on structural analysis and material limits under normal loading conditions.