Rotor hub and controls for multi-bladed rotor system

1. A rotor system for a rotorcraft, comprising:

a rotor hub having a plurality of rotor blade pairs, each rotor blade pair comprises:

an upper rotor blade coupled to an upper rotor yoke; and a lower rotor blade coupled to a lower rotor yoke;

the upper rotor yoke and the lower rotor yoke coupled to a rotor mast;

a pitch link assembly coupled to each rotor blade pair for controlling a first pitch angle of the upper rotor blade and a second pitch angle associated with the lower rotor blade, the pitch link assembly comprising:

a swashplate link directly coupled between the swashplate and a lower pitch horn, the lower pitch horn being substantially located in a lower plane, the lower plane being defined by the lower rotor yoke;

an intermediate link coupled between the lower pitch horn and an upper pitch horn; and

a rotor swashplate coupled to the pitch link assembly;

wherein the plurality of rotor blade pairs rotate in a single direction about a single axis of rotation;

wherein the upper rotor blade of each rotor blade pair is clocked from the lower rotor blade of each rotor blade pair by a selected angle about the single axis of rotation.

2. The rotor system according to claim 1 , wherein the upper pitch horn is located in an upper plane, the upper plane being defined by the upper rotor yoke.

3. The rotor system according to claim 1 , wherein the selected angle is approximately 30 degrees.

4. The rotor system according to claim 1 , wherein the pitch link assembly is configured such that actuation of the pitch link assembly controls, adjusts in tandem, the first pitch angle and the second pitch angle.

5. The rotor system according to claim 1 , wherein operation of the swashplate actuates at least one of the pitch link assemblies.

6. The rotor system according to claim 1 , wherein each rotor blade pair further comprises:

a first blade pitch control member coupled between the upper rotor blade and the upper rotor yoke; and

a second blade pitch control member coupled between the lower rotor blade and the lower rotor yoke.

7. A rotorcraft, comprising:

a fuselage;

a wing member;

a rotor hub having a plurality of rotor blade pairs, each rotor blade pair comprises:

an upper rotor blade coupled to an upper rotor yoke; and a lower rotor blade coupled to a lower rotor yoke;

the upper rotor yoke and the lower rotor yoke coupled to a rotor mast;

a pitch link assembly coupled to each rotor blade pair for controlling a first pitch angle of the upper rotor blade and a second pitch angle associated with the lower rotor blade, the pitch link assembly comprising:

a swashplate link coupled directly between the swashplate and a lower pitch horn, the lower pitch horn being substantially located in a lower plane, the lower plane being defined by the lower rotor yoke;

an intermediate link coupled directly between the lower pitch horn and an upper pitch horn; and

a rotor swashplate coupled to the pitch link assembly;

wherein the plurality of rotor blade pairs rotate in a single direction about a single axis of rotation;

wherein the upper rotor blade of each rotor blade pair is clocked from the lower rotor blade of each rotor blade pair by a selected angle about the single axis of rotation.

8. The rotorcraft according to claim 7 , wherein the upper pitch horn is located in an upper plane, the upper plane being defined by the upper rotor yoke.

9. The rotorcraft according to claim 8 , wherein the selected angle is approximately 30 degrees.

10. The rotorcraft according to claim 7 , wherein the pitch link assembly is configured such that actuation of the pitch link assembly controls, in tandem, the first pitch angle and the second pitch angle.

11. The rotorcraft according to claim 7 , wherein operation of the swashplate actuates at least one of the pitch link assemblies.