A pressure hose, comprising: a tube layer defining an interior passageway of the pressure hose; a reinforcement layer disposed over the tube layer, the reinforcement layer comprising: a first inner layer; and a second outer layer, wherein both the first layer and the second layer comprise: a plurality of beams braided together around the tube layer, each of the beams comprising: a plurality of ends grouped together in a multi-layered orientation; wherein each of the plurality of beams comprises an identical number of ends arranged in an identical multi-layered orientation; wherein an average reinforcement volumetric ratio, RVR, of all of the layers of the reinforcement layer is greater than or equal to 110%, where the RVR for each layer in the reinforcement layer is a ratio of the total circumferential segment length of all ends in the layer to the total average circumference of the layer, wherein the plurality of beams are braided together in paired off clockwise and counterclockwise helices and the RVR for each layer in the reinforcement layer = n helix × ∑ CSL n × n ends π × Φ, where n helix is the number of paired off clockwise and counterclockwise helices in the layer, CSL n is the cylindrical segment length of a particular end in the layer, and n ends is the number of ends with that particular CSL in the layer, and the summation is performed over all of the ends in the layer, where CSL n = End Diameter cos θ, where End Diameter is the diameter of the end, and θ is a braid angle between the beam and a center line longitudinal axis of the pressure hose, and Φ is the mean helix diameter; and wherein the first inner layer and the second outer layer each have a braid angle (θ) less than the neutral angle of the pressure hose; and a cover layer disposed over the reinforcement layer. a tube layer defining an interior passageway of the pressure hose; a reinforcement layer disposed over the tube layer, the reinforcement layer comprising: a first inner layer; and a second outer layer, wherein both the first layer and the second layer comprise: a plurality of beams braided together around the tube layer, each of the beams comprising: a plurality of ends grouped together in a multi-layered orientation; wherein each of the plurality of beams comprises an identical number of ends arranged in an identical multi-layered orientation; wherein an average reinforcement volumetric ratio, RVR, of all of the layers of the reinforcement layer is greater than or equal to 110%, where the RVR for each layer in the reinforcement layer is a ratio of the total circumferential segment length of all ends in the layer to the total average circumference of the layer, wherein the plurality of beams are braided together in paired off clockwise and counterclockwise helices and the RVR for each layer in the reinforcement layer = n helix × ∑ CSL n × n ends π × Φ, where n helix is the number of paired off clockwise and counterclockwise helices in the layer, CSL n is the cylindrical segment length of a particular end in the layer, and n ends is the number of ends with that particular CSL in the layer, and the summation is performed over all of the ends in the layer, where CSL n = End Diameter cos θ, where End Diameter is the diameter of the end, and θ is a braid angle between the beam and a center line longitudinal axis of the pressure hose, and Φ is the mean helix diameter; and wherein the first inner layer and the second outer layer each have a braid angle (θ) less than the neutral angle of the pressure hose; and a first inner layer; and a second outer layer, wherein both the first layer and the second layer comprise: a plurality of beams braided together around the tube layer, each of the beams comprising: a plurality of ends grouped together in a multi-layered orientation; wherein each of the plurality of beams comprises an identical number of ends arranged in an identical multi-layered orientation; a plurality of ends grouped together in a multi-layered orientation; wherein each of the plurality of beams comprises an identical number of ends arranged in an identical multi-layered orientation; wherein an average reinforcement volumetric ratio, RVR, of all of the layers of the reinforcement layer is greater than or equal to 110%, where the RVR for each layer in the reinforcement layer is a ratio of the total circumferential segment length of all ends in the layer to the total average circumference of the layer, wherein the plurality of beams are braided together in paired off clockwise and counterclockwise helices and the RVR for each layer in the reinforcement layer = n helix × ∑ CSL n × n ends π × Φ, where n helix is the number of paired off clockwise and counterclockwise helices in the layer, CSL n is the cylindrical segment length of a particular end in the layer, and n ends is the number of ends with that particular CSL in the layer, and the summation is performed over all of the ends in the layer, where CSL n = End Diameter cos θ, where End Diameter is the diameter of the end, and θ is a braid angle between the beam and a center line longitudinal axis of the pressure hose, and Φ is the mean helix diameter; and wherein the first inner layer and the second outer layer each have a braid angle (θ) less than the neutral angle of the pressure hose; and a cover layer disposed over the reinforcement layer.